Jalore(IWMP)-IV - Directorate of Watershed and Soil Conservation

Transcription

OFFICE OF THE ASSTT. ENGINEER (PIA) IWMP P.S RANIWARA
(UNDER INTEGRATED WATERSHED MANAGEMENT PROGRAMME)
BLOCK: RANIWARA
DISTRICT : JALORE
AGRO CLIMATIC ZONE- IIB
TOTAL GEOGRAPHICAL AREA – 7939 Hac.
TOTAL EFFECTIVE AREA- 7508 Hac.
TOTAL COST- 1126.20 Lacs.
UNIT COST- 15,000/Hac.
SUBMITTED BY
PROJECT MANAGER
DISTRICT WATERSHED DEVELOPMENT UNIT
JAORE, (RAJASTHAN)
OFFICE OF THE ASSTT. ENGINEER (PIA) IWMP P.S RANIWARA
(UNDER INTEGRATED WATERSHED MANAGEMENT PROGRAMME)
BLOCK: RANIWARA
DISTRICT : JALORE
AGRO CLIMATIC ZONE- IIB
TOTAL GEOGRAPHICAL AREA – 7939 Hac.
TOTAL EFFECTIVE AREA- 7508 Hac.
TOTAL COST- 1126.20 Lacs.
UNIT COST- 15,000/Hac.
SUBMITTED BY
PROJECT MANAGER
DISTRICT WATERSHED DEVELOPMENT UNIT
JAORE, (RAJASTHAN)
DPR TEMPLATE
Index
S.No
Topics
Page no.
1 Chapter
•
•
•
•
•
•
Location
General Features of watershed (Cost and Area details)
Climatic and Hydrological information
Other Development Schemes in the project area
Details of infrastructure in the project areas
Institutional arrangements (,DWDU,PIA,WDT,WC)
2 Chapter Basic Data ,Analysis and Scope
2.1 Demography Details
2.2 Development Indicators
2.3 Land use
2.4 Agriculture status and Productivity Gap Analysis
2.5 Horticulture/Vegetable/Floriculture status
2.6 Land holding pattern
2.7 Livestock status
2.8 Fodder status
2.9 Farm Implements
2.10 NREGS Status
2.11 Migration details
2.12 Livelihood Details.
2.13 Existing SHG
2.14 Ground Water details
2.15 Drinking Water Status
2.16 Water use efficiency
2.17 Slope details
2.18 Water Budgeting
2.19 Soil Details
2.20 Soil erosion status
3 Chapter Proposed Development Plan
4 Chapter Activity wise Total Abstract of cost
5 Chapter Annual Action Plan
5.1 Project fund
5.2 Convergence Plan
6 Chapter Project outcomes
7 Technical designs and estimates for proposed activities
8 Enclosures
8 .1 Maps
a.
b.
c.
d.
e.
f.
g.
Location –District, block, village, watershed location map
Map of Project with Watershed Boundary demarcation in cadastral map
Land Use Land Cover map
Existing water bodies, DLT
PRA Map (along with photos & paper drawing)
GIS based intervention map
Treatment map ie proposed works on revenue map
•
8.2 Documents of Agreements:
Proceedings of gram sabha for EPA approval
•
Proceedings of gram sabha Resolution for committee constitution
•
Documents related to PRA exercise
•
Proceedings of gram sabha for DPR approval
•
Proceedings of Panchayat Samiti General body for DPR approval
•
Watershed Committee Registration certificate
•
MoU – PIA – DWMA, PIA – WC(in case of NGO as PIA)
CHAPTER – I
INTRODUCTION
Location.
Jalore-(IWMP) IV Project is located in Raniwara Block, of Jalore district. The
°
°
°
°
project area is between the 24 50'--24 58' latitudes & 72 4' – 72 10' longitudes. It is at a
distance of 95 km from its Block head quarters and 35 Kms from the district head quarters.
There are 2412 no. of habitations in the Project area and other details are given below.
General features of watershed
S.No.
Name of Project(as per
Jalore (IWMP)
GOI)
IV
(a)
Name of Catchment
Karada
(b)
Karada
©
Name of watershed
area(local name)
Project Area
(d)
Net treatable Area
7508 Ha.
e)
Cost of Project
1126.20 Lac.
f)
Cost/hectare
15000
g)
Year of Sanction
2009-10
h)
Watershed Code
i)
No. of Gram Panchayats
in project area
No. of villages in project
3
area
6
k)
Type of Project
Desert
l)
Elevation (metres)
210
m)
Major streams
Virodi Stream
n)
Slope range (%)
0--3%
j)
Name of Gram
7939.76 Ha.
Name of Villages Covered
Panchayat
Macro/micro
Census code of
Area
villages
1/1,2,3,4,5
Karada
Karada
02334300
2817.34
5/1,2
‘’
Bhapri
02334300
605.96
Dantwara
Dantwara
02355800
1312.16
Chantwara
Chantwara
02334400
1580.43
02334400
864.49
02334200
757.38
‘’
‘’
Narayan nagar
Samrani
The watershed falls in Agroclimatic Zone-II B .The soil texture is sandylomy The average
rainfall is 446cm.The temperatures in the area are in the range between 35--42 centigrade
during summer and 23--28centigrade during winter. The major crops in the area are Bajra
78.75% land is under cultivation12.68% land fallow,6.82% land is wasteland.8.71% land is
irrigated through Tubewell’s
92No of households are BPL(3.81% households) 141are landless households(5.84%
households)
and 4853 household are small and marginal farmers( 74 %household)
.Average land holding in the area is 1.29 ha. 91.27% area is single cropped area and 8.71%
is double cropped. The main source of irrigation is Tube well’s. The average annual rainfall
(5 years) in the area is 446 mm. The Major streams in the Watershed are Virodi stream. The
major festivals in the village are Holi, Deewali, krishana janamaastmi, Navratra, Gangor,
Raksha-bandhan. At present this village is having 15113 population with Communities like
Rajput, Dewasi, Kumhar, Suthar, Megwal and Bhil.
Climatic and Hydrological information
1 Average Annual Rainfall(mm)
Year
Average Annual
Rainfall(mm)
1 2001
505 mm
2 2002
171
3 2003
751
4 2004
395
5 2005
457
6 2006
935
7 2007
398
8 2008
444
9 2009
239
10 2010
166
2 Average Monthly rainfall (last ten years)
Month
June
July
August
September
i)
ii)
iii)
iv)
3
Rainfall(mm)
50.97
191.53
212.90
61.90
Maximum rainfall intensity (mm)
Duration
rainfall
intensity(mm)
i) 15 minute duration
-ii) 30 minute duration
-iii) 60 minute duration
--
Temperature (Degree C)
4
Season
i) Summer Season
ii) Winter Season
iii) Rainy Season
Max
42
28
35
Min
35
23
32
Potential Evaporation Transpiration (PET) (mm/day)
Season
PET
i) Summer
ii) Winter
iii) Rainy
6
Runoff
i) Peak Rate (cum/hr)
ii) Total run off volume of rainy season
(ha.m.)
iii) Time of return of maximum
5
10
Inflood
years years Year
iv)Periodicity of Drought in village
area
5
Other Development Schemes in the project area
S.No
1
2
3
4
5
6
7
Scheme
MG
NREGA
TFC
SFC
BRGF
TSC
SGS
IAY
Key
interventions
Provisions
under the
Targeted
under the
Scheme
Beneficiaries Scheme
Name of the
department
RURAL
DEVELOPMENT & PANCHAYAT RAJ
DEPARTMENT
-
-
-
Details of infrastructure in the project areas
Parameters
No. of villages connected to the main road by an allweather road
Status
4
6
(v)
No. of villages provided with electricity
No. of households without access to drinking water
No. of educational institutions :
Primary(P)/ Secondary(S)/ Higher Secondary(HS)/
vocational institution(VI)
No. of villages with access to Primary Health Centre
(vi)
(vii)
(viii)
No. of villages with access to Veterinary Dispensary
No. of villages with access to Post Office
No. of villages with access to Banks
(i)
(ii)
(iii)
(iv)
(P)
20
(S)
2
(HS)
1
4
1
3
1
(VI)
-
(ix)
(x)
(xi)
(xii)
(xiii)
(xiv)
(xv)
(xvi)
(xvii)
(xviii)
(xix)
No. of villages with access to Markets/ mandis
1
No. of villages with access to Agro-industries
NIL
Total quantity of surplus milk
400 Ltr.
No. of milk collection centres
(U)
(S)
(PA)
5
(e.g. Union(U)/ Society(S)/ Private agency(PA)/
others (O))
No. of villages with access to Anganwadi Centre
10
Any other facilities with no. of villages (please
specify)
KVK
Kesvana(Jalore)
cooperative society
NGOs
Credit institutions
(i) Bank
(ii) Cooperative Society
Agro Service Centre's
01
1
1
-
Institutional arrangements (SLNA,DWDU,PIA,WDT,WC, Secretary)
DWDU Details
1
2
3
S.No
Particulars
Details of DWDU
1.
PM ,DWDU
Sh. Chandra prakash Bagdi Executive
Engineer
2.
Address with contact no., website
PM, DWDU District Jalore
3.
Telephone
9414263064
4.
Fax
-
5.
E-mail
[email protected]
PIA particulars
1
2
3
S.No
Particulars
Details of PIA
6.
Name of PIA
Sh. Jetharam Verma
7.
Designation
Assist. Engineer
8.
Address with contact no., website
AEN. (IWMP) P.S. Raniwara
9.
Telephone
8003877695
10. Fax
-
11. E-mail
[email protected]
(O)
-
WDT Particulars:
1
S.
No
2
Name of WDT
member
3
M/F
4
Age
6
5
Qualification
7
Experie
Descrip
nce in
tion of
watersh
professi
ed(Yrs)
onal
8
Role/ Function
training
1
Smt. Vimla Devi
F
28
B.A. Bed.
-
Yes
SHG
2
Sh. Ranaram Purohit
M
35
B.A.(A.H)
-
Yes
3
Sh. Rajesh kumar
Garg
Sh. Ramsingh
M
24
B.Sc. (A.g)
-
Yes
Animal
Husbandry
Agriculture
M
54
B.Sc(A.g)
Yes
Yes
Watershed
4
Choudhary
Management &
Soil
Conservetion
Details of Watershed Committees (WC)
S.
N.
Name of
WCs
Date of
Gram
Sabha for
WC
1
Karda
01-06-10
Date of
Registrati
on as a
Society
(dd/mm/yy
yy
-
2
Dantwara
1-06-10
-
Designati
on
Name
President Sh. Babulal
Secretary Sh. Ganesharam
Member Smt. Talshi Devi
Smt. Sopu Devi
Sh. Dhanraj
Sh. Badraram
Sh. Ganesharam
Sh. Babulal
Sh. Hansaram
Sh. Ramesh
kumar
Smt. Paru Devi
President Sh. Leela ram
Secretary Sh. Mohan lal
Member Smt. Trija Devi
Smt. Jhammu Devi
Smt. Varju Devi
Sh. Ganesha ram
Sh. Okharam
Sh. Keshraram
Sh. Medaram
Sh. Kashraram
Sh. Bhupshing
M/F
SC/ST/
OBC/G
eneral
Landless/
MF/SF/
BF
Name of
UG/SHG
Educational
qualification
M
M
F
F
M
M
M
M
M
ST
OBC
SC
OBC
OBC
OBC
OBC
OBC
SC
MF
MF
MF
MF
MF
SF
SF
SF
MF
MF
-
Primary
Secondary
Primary
Primary
B.A. LLB
B.A.
Primary
M
F
M
M
F
F
F
M
M
M
M
M
M
SC
OBC
OBC
SC
SC
OBC
OBC
ST
OBC
OBC
OBC
SC
Gen
MF
SF
MF
MF
MF
L. Less
MF
MF
MF
MF
MF
SF
-
Middle
H.Sec.
Sec.
Primary
Primary
Primary
H. Sec.
Date of
Name of
Gram
S.N.
WCs
Sabha
for WC
3
Chantwara 14-02-11
Date of
Registration
Designation
Name
as a Society
(dd/mm/yyyy
Sh. Surtaram
President
Sh. Ghevaram
Secretary
Sh. Jetharam
Member
Sh. Mashraram
M/F
SC/ST/
OBC/
Gen
Landless
/MF/SF/
BF
Name of Educational
UG/SHG qualification
M
OBC
BF
-
-
M
ST
L.Less
-
Sec.
M
ST
MF
-
-
M
ST
L.Less
-
Primary
Sh. Kanaram
M
SC
MF
-
-
Sh. Hemaram
M
OBC
MF
-
Middle
Sh. Harchand
M
OBc
L.Less
-
B.A
Sh. Ghevaram
M
OBC
MF
-
Primary
Smt. Sonal
F
Gen
MF
-
Primary
F
Gen
MF
-
Primary
F
OBC
L.Less
-
H. Sec.
Kanwar
Smt. Ugarm
Devi
Smt. Dempal
Devi
Problems and scope of improvement in the project area
The socio economic conditions of the area can be improved through increased production
which can be achieved through expansion in cultivated area and productivity enhancement.
0 ha land is arable wasteland and 869 ha is fallow can be brought under cultivation.
597 ha is only irrigated and with efforts this can be increased to 700. The productivity gap of
major crops in the area as compared with district and with areas in the same agro climatic
zones indicate potential to increase the productivity. The demonstration of improved
package of practices, improved varieties, increased irrigation facilities and soil conservation
measures under the project can bridge this gap. Due to small land holdings in the area focus
of the project would be on diversification in agriculture (horticulture, vegetables, green
houses, Agro forestry, fodder crops)and diversification in Livelihoods(Agriculture, Animal
husbandry, self employment)
89850 Quintal fodder scarcity can be met out through Pasture development .Improved
animal Husbandry practices can increase the productivity of livestock. 2850 no of persons
migrate due to Employment this migration can be checked through creation of employment
opportunities in the project area through increase in production and diversification in
agriculture and Livelihoods as mentioned above.
CHAPTER – II
Socio economic Features, Problems and Scope
Table 2.1
Population & Household Details:
Total Population
Male
7647
Female
7466
BPL
household
92
Table 2.2
S. No.
1
2
3
4
5
6
L. Less
141
Total
15113
SC
1424
Household Details
Small
M.
Total
Farmer Farmer
household
444
4409
2412
ST
2874
SC
household
273
ST
household
410
Development indicators
Development Indicators
Per capita income (Rs.)
Poverty ratio
Literacy (%)
Sex Ratio
infant mortality rate
maternal mortality ratio
State
16260
0.22
0.604
921
Project Area
16150
0.21
0.601
988
5.90%
0.04%
The table indicates poor socio economic conditions.
Table 2.3 Land Use
Land Use
Agriculture Land
Temporary fallow
Permanent Fallow
Cultivated Rainfed
Cultivated irrigated
Net Sown Area
Net Area sown more
than once
Forest Land
Waste Land
Pastures
Others
Total
Total area in Ha.
Private
6849.29
684
185
6252
597
5980
597
-
Panchayat Government Community
23.76
-387.42
--
Total
6849.28
707.56
572.42
6252
597
5980
-
597
15.03
541.61
59.76
26.65
-
15.03
541.61
59.76
-
26.65
-
The project area has 0 ha of cultivable wasteland . 869 ha of fallow land (total 6849 ha) can
be brought under cultivation if some irrigation source can be provided through Construction
of WHS like Khadin, Tanka, Farm ponds etc. and also through demonstration of rainfed
varieties of crops. Construction of WHS can also increase in area under irrigation which is
only 8.71%
541 ha. (7.2% of the project area)is under wastelands and can be brought under vegetative
cover, with reasonable effort .Activities like Earthen check dams, Vegetative filter strip, Vditches, staggered trenches ,WHS (Johad) Afforestation of wastelands and Pasture
development will be taken up on these lands
Pasture development the land use table shows that there is 59 hectare pasture land
(8.95%)This emphasizes the need for taking up pastureland development works through
sowing of promising species of grasses and plantation
Table 2.4 .a Agriculture and Horticulture status and fuel availability.
Cropping Status
S.
No
Season
1
Kharif
2
Rabi
3
Jaid
Crop
sown
Bajra
Moong
Muster
ed
Zeera
Bajra
Rain fed
Irrigated
Varieties
Area
(ha)
Production
(Ton)
HHB 67
K851
-
2750
2500
-
2000
1250
-
Productiv
ity
(kg/ha)
800
500
-
-
-
-
-
Varietie
s
Area
(ha)
Pusha
Bold
RZ 19
ICMH
356
Total
Produc
tivity
(kg/ha)
1250
Area
(ha)
450
Produc
tion
(Ton)
56
2750
2500
450
Product
ion
(Ton)
2200
1250
56
50
35
25
30
500
800
50
35
25
30
Table 2.4.b Abstract of cropped
Area(ha)
Area under Single crop
3120
Area under Double crop
597
Area under Multiple crop
3132
**Write for each crop:
The farmers are using WCC 75 ,Raj. 171, varieties of Bajra,
whereas varieties like HHB 67 , RCB2 can increase the production.
Crop Rotation**will vary from project to project
Bajra
Bajra
Moong
Moong
Fallow
Fallow
Fallow
Cluster Bean
Fallow
-
Wheat
Fallow
Mustered
Fallow
Jeera
Isabgoal
Lucern
Fallow
Tarameera
Til
Caster
Moth
-
Fallow
Caster
Fallow
The table 2.3 shows that only 597 ha is (-8.71%) is double cropped area. Also the crop
rotation shows that fallow lands are there. This indicates that there is scope for change in
crop rotation in fields where there are fallow lands through Soil and Water conservation
measures, crop demonstration and diversification in agriculture.
Soil and Water conservation measures besides putting fallow lands under cultivation
can change the area under single cropping to double and multiple cropping.
Table 2.4.c Productivity Gap Analysis (The table can also be given in bar chart form)
Name of the crop
Wheat
Mustured
Zeera
Isab gol
Bajra
Guar
Ground nut
Moong
Caster
Analysis of the above
India
2708
1095
886
866
-
Productivity kg/ha
Highest
Highest Average of
Average Agro
in
climatic
District
Rajasthan zone
2751
2200
2200
1203
1250
1250
339
500
500
476
600
600
679
750
750
277
400
400
1310
1000
1000
312
450
450
997
800
800
table indicate that
Project Area
2200
1250
500
600
800
500
1000
500
850
besides national gap there is wide gap in
productivity within state and even within same agro climatic zones.
The reasons for this variation are
•
The farmers are using varieties WCC-75,Raj.171 of Bajra. whereas the recommended
varieties like HHB 67, RCB -2 provide 18 qnt. yield (write for all crops)
•
Lack of Availability of good quality seeds of desired crop and variety in adequate
quantities and time to the farmers.
•
Availability of water for cultivation
The productivity gap and reasons of it indicate potential to increase the productivity through
crop demonstration .Crop demonstrations would be carried out on improved crops/ varieties,
improved agronomic practices. INM, IPM, Mixed cropping, distribution of fodder seed mini
kit. Demonstration of improved methods and economics of fodder crops cultivation and also
distribution foundation seeds of Forage Crops for further multiplication, introduction of fodder
crops in the existing crop rotations.
Table 2.5 Existing area under horticulture/Vegetables/Floriculture (ha)
Recommended
Activity
Area
Species Varieties varieties
Production
Horticulture
-
Vegetables
-
-
-
-
-
Floriculture
-
-
-
-
-
Medicinal
Plants
-
-
-
-
-
Table 2.6
Land holding Pattern in project area
Type of
Farmer
(i)Large
farmer
(ii) Small
farmer
(iii) Marginal
farmer
(iv) Landless
person
(V)No. of
BPL
households
Total
Land holding (ha) irrigation
Total
source wise
House Irrigated Rain
holds (source) fed
Total
Land holding (ha)Social group wise
Gen
SC
ST
OBC
BPL
419
314
2433.18
2747.22
926.00
117.57
80.60
1621.83
48.32
444
205
900.28
1105.28
302.18
42.74
107.04
654.39
34.83
4409
78
2918.79
2996.79
621.69
197.69
274.62
1853.60
58.33
141
-
-
-
-
-
-
-
-
92
-
-
-
-
-
-
-
-
-
-
-
-
1897.21
358
462.26
4129.82
141.48
59.89% land holdings belong to small and marginal farmers who own 91% of total cultivated
area. Horticulture/vegetables could be more economical to Small and marginal farmers with
irrigation source. For large farmers with no irrigation facility Horticulture/vegetables will be
promoted in a part of land with farm pond/Tanka construction.
The following activities will be more beneficial for small land holdings and for diversification
and income for large farmers
Horticulture plantation, Medicinal and Aromatic Crops, floriculture: As discussed
earlier . Horticulture/vegetables could be more economical to Small and marginal farmers
with irrigation source. Also the project area has good potential for medicinal & aromatic
crops like Sonamukhi, Isabgol, Ashwagandha, Khus, Mehandi etc.
Agro forestry plantation: To increase the income of farmers and also for shelter belt
plantation as wind velocity is high in the project area.
Setting of Vermi Compost Units - Keeping in view the side effect of residues of chemicals
and fertilizers on human health the emphasis would be on cultivation of organic produce
through motivating farmers and providing assistance for production of organic input, vermi
compost.
Production and distribution of quality seed – There is need to ensure that good quality
seed is available for cultivators for which adequate seed production would be initiated in
watershed areas with the assistance of private sector and agriculture department
technologies
Sprinklers and pipelines for efficient water management practices emphasis
on
demonstration of sprinklers with adequate financial support and convergence/private
partnership.
Establishment of Green House - For growing off season vegetables seedlings and other
horticultural crops under controlled atmospheric conditions of green house.
Establishment of nurseries: Most of the planting material is procured from other parts of
the State/ country. The procurement of planting material from distant places causes damage
to the planting material and often results in untimely supply. Hence nursery development
activity in area.
Innovative hi-tech/ export oriented activities: innovative hi-tech/ export oriented projects
like mushroom cultivation, floriculture, etc which are in negligible existence at present, can
be implemented by individual farmers / private companies.
Drip irrigation Drip irrigation will be promoted in all horticulture plantations, vegetables,
green houses and in nurseries for rational use of irrigation higher yields and quality produce.
Table 2.7
S.No
.
Livestock Status - animals/milk production / average yield.
Description
of animals
Population
in No.
1 Cows
Indigenous
Hybrid
2 Buffaloes
3 Goat
4 Sheep
5 Camel
6 Poultry
7 Piggery
Total
1758
490
3690
12098
12052
96
785
0
30969
Yield(milk/mutton/ Equ. cow
Wool)
units
4 ltr. per day
6 ltr. per day
7 ltr. per day
2 ltr. per day
½ kg per no.
-
1758
490
3690
6049
6026
96
785
0
18894
Dry matter
requirement
per year
(7Kg per
animal.)
Total
requirement
in M.T.
4491690
1251990
9427950
15455195
15396430
245280
0
0
46268535
4491.69
1251.99
9427.95
15455.19
15396.43
245.28
0
0
46268.53
In spite of the large number of livestock, production is less hence increase in productivity
across all species, is a major challenge. To reduce production of unproductive cattle and
improve the productivity by improving the breeds by breeding management following
activities will be taken up
•
Castration
•
Artificial insemination
•
Distribution of superior Breeding bulls for use in Cattle and Buffalo
•
Breeding distribution crossbred rams
Besides breed improvement other animal husbandry practices like better health, hygiene
and feeding practices can increase productivity of livestock. Hence Activities like Animal
health camps ,Urea-Molasses treatment demonstration ,demonstration of improved methods
of conservation and utilization of Forage crops are proposed.
Table 2.8
S.No
1
2
Existing area under fodder (ha)
Item
Existing Cultivable area
under Fodder
Production of Green
Unit
Area/Quantity
1500/10500
Ha
Tonns/year
60/1800
fodder
3
Production of Dry fodder
Tonns/ Year
4
Area under Pastures
Ha
5
Production of fodder
Tonns/year
6
Existing area under Fuel
Ha
4500/22500
59/118
6552/37283
-
wood
7
Supplementary feed
8
Silage Pits
9
Availability of fodder
Kgs/ day
No
quintals
1 kg/965
37283
i.Requirement of fodder= 46268 tonns
ii. Availability of fodder = 37283 tonns.
Deficiency of fodder = 46268-37283 = 8985 tonns.
The table above shows there is fodder deficiency (Requirement is 46268 tonns and
37283 tonns
To minimize the large and expanding gap between feed and fodder resource availability
and demand there is need for
•
Increase in area under fodder crops
•
Increase in productivity of fodder crops
•
Development of pastures
•
And reduction in large number of livestock production through replacement by few but
productive animals
Table 2.9
1
S. No
1
2
3
4
5
Agriculture implements
2
Implements
Tractor
Sprayers-manual/ power
Cultivators/Harrows
Seed drill
Any Other
3
Nos.
140
65
140
110
81
Farm mechanization and seed banks: As discussed earlier 59.89% land holdings
belong to small and marginal farmers who own only 13% of total cultivated area so
owning of big farm implements by individual farmers is not economical so SHG would be
promoted to buy farm implements and rent to farmer
Table 2.10
NREGA Status - No. of Card Holder, activities taken so far,
employment status.
Sr.
no.
1
2
3
4
5
6
Name of
village
Karda
Bhapdi
Dantwara
Samrani
Chantwara
Narayannagar
Total No .of
job cards
1230
223
1768
375
659
25
Activity taken up so
far
Employment
Status
71000
16200
112750
Nadi,Tanka,Greval
road,Bunding
23800
45200
1880
Table 2.11
Migration Details
Name of
village
Karda
Bhapdi
Dantwara
Samrani
Chantwara
Narayannagar
No. of
persons
migrating
700
295
150
100
30
610
No. of days
per year of
migration
325
325
325
325
325
325
Major
reason(s) for
migrating
Distance of
destination of
migration
from the
village (km)
Occupation
during
migration
Employment
& Business
350-2000
Employment
& Business
Income from
such
occupation
(Rs. in lakh)
140
59
30
20
6
122
The migration can be check by creation of employment opportunities, enhancing farm level economy, increases the income
of the people engaged in animal husbandry by dairy, poultry and marketing and value addition. (As discussed earlier) and
diversification in livelihoods .
The existing livelihoods Village are given below
Table 2.12 (a)Major activities (On Farm)
Name of activity
cultivators
Dairying
Poultry
Piggery
Landless Agri.
Labourers
No of House holds
Average annual income from
the
5272
1650
141
1054 Lac
85 Lac
90 Lac
Table 2.12(b)Major activities (Off Farm)
Average annual income from
Name of activity
Households/individuals
the
Artisans
Carpenter
76
3.20 Lac
Blacksmith
1
0.20
Leather Craft
Porter
310
2.80
Mason
116
5.25
Others specify (Cycle
Repair ,STD,Craft
etc)
The efforts for increase in income through off farm activities will be made under
livelihood
component through assistance to SHG or individuals
Table 2.13( a ) Status of Existing SHG
S.No
Name of SHG
Members
1
2
3
Ishvari mata SHG
Jai shri baba SHG
Jharda ji SHG
Chamunda mata
4
SHG
5 Pabhu Guru SHG
6 Santoshi SHG
7 Shiv Shankar SHG
8 Malan SHG
9 Amba mata SHG
10 Ganga SHG
Ramdev SHG
Ambedkar SHG
Meera SHG
12
12
12
13
10
12
12
12
12
12
12
12
12
Activity
involved
Saving
Saving
Saving
Saving
Saving
Saving
Saving
Saving
Saving
Saving
Saving
Saving
Saving
Monthly Fund Assistance Source of Training
income avai. available assistance received
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
1200
-
-
-
The table indicates existence of number of groups in the area also these need to be
strengthened through trainings and financial assistance
II. Technical Features
S.No
i)
ii)
iii)
iv)
Table 2.14
Source
Ground Water
No.
Dug wells
Shallow tube wells
Pumping sets
Deep Tube Wells
Total
15
265
75
Functional
depth(meter
)
33
135
-
Dry
15
-
Area
irrigated
550
-
Water
availability
(days)
365 days
-
-
Table 2.15
Availability of drinking water
S Name of
. the village
N
o
Drinking
water
requirement
Ltrs/day
Present
availability
of drinking
water
Ltrs/day
No. of
drinking
water
sources
available
No.
functional
No.
requires
repairs
No.
defunct
1 Karda
2 Bhapdi
29000
5250
27000
4250
3
2
3
2
-
-
3 Dantwara
19000
18000
2
2
-
-
4 Samrani
7500
6500
2
2
-
-
5 Chantwar
a
Narayann
agar
13000
12000
2
2
-
-
2500
2000
1
1
-
-
Name of major
crop
Mustard
Zeera
Table 2.16 Water Use efficiency
Area (Hectare)
through
through water
water
saving
Any other
conserving
devices(Drip/S
(pl. specify)
agronomic
prinklers)
practices#
60%
20%
60%
20%
-
Total
-
• The tables above indicate need for judicious use of available Water.
• Encouraging optimum use of water through installation of sprinklers on every operational
wells
Table 2.17 Slope details.
Slope of Watershed
S.No. Slope percentage
Area in hectares
1 0 to 3%
7939
2 3 to 8%
3 8 to 25%
4 > 25%
As most of the area has slope less than 3% construction of contour bunds can solve the
problem of water erosion in agriculture fields and protect washing of top soil and
manures/fertilisers
Table 2.18Water Budgeting
Water Budgeting:
To propose the total number of water harvesting structure, it is
necessary to do water budgeting of area i.e. how much total runoff is available, out of which
how much is being already stored in existing structures and how much balance is available
for storage. As per guideline, maximum 75% of balance available run – off is to be stored and
25% of balance available run – off is to be allowed to flow in the drainage line.
In the proposed are, the various water harvesting structure have been constructed . The
surface runoff has been stored in the structures. In the area about 38 structures have been
constructed. After onset of monsoon i.e. in the end of the September month. All the main
structures constructed in the area were visited. While visiting the area it was observed that
about 38 structures were having water up to 20 % of their capacity.
For water budgeting the area is calculated and divided in following groups:
Average catchments: Cultivated land, forest land with vegetation
For estimation/ water budgeting the proposed water shed area has been divided as follows:
Good Catchment:
Average Catchment: 7939 Hac.
Bad Catchment:
Average annual Rainfall for the block is 446(17.84)
By interpolation method the proportion of estimated runoff of 17.84 inch rainfall have been
calculated form Strange’s Table as follows:
Monsoon Rainfall in Yield of Runoff from Catchment (MCft/sq.mile)
inches
Good catchment
Average
Bad
catchment
catchment
17 inch
3.435
18 inch
-
4.014
-
For inch
-
0.479
-
For 0.84 inch
-
0.486
-
For 17.84 inch
-
3.921
-
Table 2.18 a )Total available runoff(cum) use Stranges table
Yield of runoff from
catchment per ha.(cum.)
use Stranges table
Type of
Total
Catchment
Runoff
Area
Average
catchment
7939
3.921*109.271=428.45
3401464.55
Total
3401464.55
Table 2.18 b) Details of already stored runoff(Surface Water structures
S.No. Name
No.
Storage Capacity
Area irrigated
(cum)
(ha)
i)
ii)
iii)
iv)
v)
Major Irrigation Project
Medium Irrigation Project
Form Ponds/Tanks
Anicuts
Local Depression
Total
35
-
850200
0
355000
1205200
-
Table 2.18 c) Balance available runoff (cum)
Net tapped
Balance Available for
Total run off
Runoff
Run off Harvesting (0.75*
1
2
3
4
Total of Table
Table 2.22
2.22 a
b
(2-1)
0.75*3
3401464
1205200
2196264 1647198
The water budgeting indicates potential for water harvesting in the area
Table 2.19 Soil details
Soil Profile
S.No.
Major Soil Classes
1 II class
2 III class
3 Iv class
Soil Depth :
B
Depth (Cms.)
1 0.00 to 7.50
2 7.50 to 45.00
3 > 45.00
C
Soil fertility Status
N
P
K
Micronutrients
Area in hectares
6230
1178
531
Area in hectares
5210
2298
Kg/ha
50-70
20-30
10-15
10-500 ppm
Recommended
80-90
40-50
20-30
100-500
The analysis of table shows need to improve and maintain soil fertility. Soil health card to
every farmer every crop season will be provided, which will include the recommendation for
Application micro nutrient and fertilizers
Table 2.20 Erosion details
Erosion status in project Area
Cause
Type
of
erosion
a Sheet
b Rill
c Gully
Sub-Total
Wind erosion
Total for project
Area
affected
(ha)
Water erosion
2463
3427
1618
7508
7508
Run
off(mm/
year)
Average soil
loss (Tonnes/
ha/ year)
15-20
•
•
•
•
•
•
•
•
The need is:
To check land degradation
To reduce excessive biotic pressure by containing the number and increase of livestock
To check cultivation on sloping lands without adequate precautions of soil and water
conservation measures
To discourage cultivation along susceptible nallah beds
To check Faulty agriculture techniques
To check Uncontrolled grazing and developed cattle tracks
To check Deforestation of steep slopes
To check erosive velocity of runoff, store Runoff, to arrest silt carried by runoff and to
recharge Ground Water structures life Earthen check dams, gully plugs, Bank
Stabilisation, Loose stone check Dams, Gabions, Earthen embankment (Nadi) and
Anicuts would be taken up.
CHAPTER – III
Proposed Development Plan: The Activities are indicative addition /deletion in activities
will be as per local conditions
A) Preparatory phase activities Capacity Building Trainings and EPA
The IEC activities like Kalajathas, Group meetings, door to door campaign, slogans and
wall writings etc. were carried out in all the habitations of Jalore (IWMP) IV Micro
Watershed. A series of meetings were conducted with GP members, community and
discussed about the implementation of IWMP programme. User groups were also
formed.
Grama Sabhas were conducted for approval of EPA (Village), for selecting the
watershed committee and approval of DPR.
S.no
Name of the Gram Panchayat
Date on which Grama
Sabha approved EPA
1
Karda
1-6-2010
2
Dantwara
1-6-2010
3
Chantwara
14-02-2011
1
4
5
6
7
8
9
10
11
Amount Entry Point
S.
Names of
Estimated Expenditure
Expected Actual
earmarked Activities
Balance
No.
village
cost
incurred
outcome outcome
for EPA
planned
1 Chantwara
10.42
19
10.42
8.83
1.59
10.42
4.50
2 Samrani
4.65
8
4.65
4.00
0.65
4.65
3.80
3 Narayannagar
1.24
2
1.24
0.52
0.72
1.24
0.52
4 Karda
11.89
21
11.89
11.00
0.89
11.89
6.10
5 Bhapdi
5.76
10
5.76
1.44
4.32
5.76
1.44
6 Dantwara
11.08
20
11.08
9.50
1.58
11.08
4.23
The PRA exercise was carried out in all the villages on the dates shown below:
S.no
Name of the
Date on which PRA
village/Habitation
conducted
1
Karda
11-5-2011
2
Dantwara
12-5-2011
3
Chantwara
13-5-2011
Transact walk were carried out involving the community for Social mapping, Resource
mapping. Detailed discussions and deliberations with all the primary stakeholders were carried
out.
Socio-economic survey was carried out during 28-3-2011 (dates) period covering all the
households and primary data on demography, Land holdings, Employment status, Community
activities etc. was collected as mentioned in chapter 2.
State remote sensing department was assigned the work of preparing various
thematic layers using Cartosat-1 and LISS-3 imageries for Creation, development and
management of geo-spatial database depicting present conditions of land (terrain), water and
vegetation with respect to watershed under different ownerships at village level
Various thematic layers provided by SRSAC are :
•
•
•
•
•
•
Delineation of Macro/Micro watershed boundaries.
Digitised Khasara maps of the villages falling in project area.
Network of Drainage lines, existing water bodies, falling in the project area.
Base maps (transport network, village/boundaries, and settlements).
Land Use / Land cover map.
Contours at 1 meter interval, slope map
Based on GIS thematic layers, Field visits , PRA and analysis of
benchmark data (as
discussed in chapter 2) final Treatment plan on revenue map for implementation has been
framed. Thus each intervention identified has been marked on revenue map (map enclosed
in DPR as annexure------).The GIS based intervention map, PRA based intervention map are
annexed as ------.
.
CHAPTER – VI
1
2
S. No.
Item
1
2
3
4
5
6
7
8
9
yield
of
major crops of
area
10 production
of major crops
of area
11
12
13
14
15
16
17
18
19
20
21
Status of water table (Depth to Ground
water level)
Ground water structures repaired/
rejuvenated
Quality of drinking water
Availability of drinking water
Change in irrigated Area
Change in cropping/ land use pattern
Area under agricultural crop
I
Area under single crop
Ii
Area under double crop
Iii
Area under multiple crop
Change in cultivated Area
Yield of Bajra
Yield of Wheat
Yield of Gram
Yield of Mustard
Production of Bajra
Production of Wheat
Production of Gram
Production of Mustard
Area under vegetation
Area under horticulture
Area under fuel
Area under Fodder
Fodder production
Milk production
SHGs Active
No. of livelihoods
Income
Migration
SHG Federations formed
EXPECTED OUT COMES
3
4
Unit of
Pre-project
measurement
Status
Meters
110-115
5
Expected Postproject Status
108-113
No.
-
-
Description
Description
Ha
Description
Ha
Ha
Ha
Ha
Ha
q/ha
q/ha
q/ha
q/ha
ton
ton
ton
ton
Ha
Ha
Ha
Ha
Q
Litres/day
No.
No.
Rs.in la
No.
No.
salty
6 month
3120
597
3132
6252
8
22
12.5
1840
110
500
59
25
90
372830
1630
30969
0.16
1885
-
Clean water
12 month
3200
950
3550
6800
12
26
15
2250
130
600
90
12
50
130
475000
3000
30
40000
0.20
200
1
6
Remarks
Critical Assumption
• No severe droughts/ unexpected floods/ natural disasters
• Adequate funds are allocated for the same and released on time.
• There is no significant pest/ disease attack, and if so, then it will have been contained before
irreversible damage is done.
• Adverse market conditions do not persist long.
• Sound macro-economic and growth conditions continue and the benefits are widely
distributed particularly in the rural areas.
• Facilitating agencies and resource providers have the required competent staff so that timely
and appropriate technical advice and services are provided to farmers whenever required.
• The Capacity Building Plan is implemented, monitored and modified to address evolving
needs and feedback from participants.
• The execution of the Women’s Empowerment Pedagogy is regularly monitored by the District
and State level Implementing Agencies
Means of Verification of indicators
• Baseline surveys like household income ,expenditure, health and nutrition etc at the
beginning, mid-term and end of the project period
• Annual participatory assessment by communities during project period.
• Regular project monitoring reports prepared by project monitoring teams/ agencies.
• Membership and other Records, Minutes of Meetings maintained by the SHGs, WCs/
Individual beneficiaries/project-related village and local bodies/PRIs.
• External review missions
• Data maintained by Government department (Revenue, Agriculture, Groundwater, Irrigation,
Animal Husbandry
CHAPTER VII TECHNICAL DESIGNS AND ESTIMATES
Technical designs and estimates for proposed activities.
For Estimates GKN of the districts should be used. For Production System activities,
rates of Agriculture/Horticulture/Animal Husbandry should be used.
CHAPTER - VIII Enclosures h. Location –District, block, village, watershed location map
i. Map of Jalore IV IWMP Project (Watershed Boundary demarcation in
cadastral & Topo Sheet)
j.
PRA Map (along with photos & paper drawing)
k. Treatment map (Indicate proposed works)
l. Cadastral Map on watershed boundary
m. Information on Soils, Soil fertility, Land capability, Soil chemical
problems like salinity, alkalinity
n. Land Use Land Cover map
o. Information on existing water harvesting structures & well inventory
along with GPS co-ordinates.
p. High resolution, latest Remote Sensing Satellite data
Documents of Agreements:
Proceedings of gram sabha for EPA approval
Proceedings of gram sabha Resolution for committee constitution
Proceedings of gram sabha for DPR approval
DPR approval by district
Watershed Committee Registration certificate
MoU – PIA – DWMA, PIA – WC(in case of NGO as PIA)
CROSS SECTION OF DITCH CUM BUND
FENCINGH
.....................
.....................
......................
.........................
.........................
..........................
.........................
...........................
............................
............................
.............................
..............................
................................
................................
................................
..................................
...................................
....................................
....................................
.....................................
......................................
.....................................
G.L
1.0
0.60
Cross Sec.= ((1.60+0.0.60) )x1.00
2
= 1.10 Sqm
CROSS SECTION OF CONTOUR FURROW
...............
.....................
.........................
.............................
...............................
................................
.................................
.................................
G.L
0.30
Cross Sec.= 1/2x0.60x0.30
= 0.09 sqm.
CROSS SECTION OF THE WESTWEAIR
3.50
7.50
2.5
3.50
HEADWALL
SIDE WALL
1.5
3-50
WING
PLAN
3.00
2.00
1.5
1.00
2.00
3.50
3.5
2.00
2.5
MODEL ESTIMATE
uke ty xzg.k {ks=& tkyksj
IV ¼I.W.M.P½
dk;Z dk uke&
d`f’k Hkwfe ij
osthVsfVocaM
{kS=Qy% 01 gSDVs;j
yEckbZ izfr gSDV;j 50 eh0
Ø-la-
nj
fooj.k
1
Mkx csfyax 2-5 ls 5 lseh xgjkbZ rd ¼ft-Lr-njvuq-2010i`-la025 dz-la- 182½
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100.00
ehVj
0.47
0.47
47.00
47.00
92.50
?k-eh-
84.80
84.80
7844.00
7844.00
0.60
0.60
60.00
60.00
-
50.00
2
feV~Vh dk dk;Z cU/k esa ¼lw[kh ;k xhyh½ 15 lseh
ijr esa Mkyuk] <syksa dks rksMuk] ?kkl&ikr rFkk
dadj chudj vyx djuk rFkk feV~Vh dh njslh
djuk 1-5 eh0 mBkuk rFkk 50 ehVj nwjh ds fy,A
dBksj feV~Vh esa feV~Vh dh dqVkbZ ekuo }kjk ;k
Iysu jksyj }kjk A¼ft-Lr-nj
3
/kkeu@?kkl cht cqokbZ cuk;s x;s fjt ij nks
ykbZuksa esa ¼ft-Lr-nj-vuq-2010i`-la020 dz-la- 129½
100.00
4
/kkeu ?kkl cht
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
1.00
ehVj
fd-xzk
50.00
7951.00
8001.00
240.03
8241.03
7951.00
290.03
Say
8241.03
8250.00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
d`f’k Hkwfe ij
osthVsfVocaM
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x 50 = 100 ehVj
2
50x(0.60+3.10)x 1.00
2
= 92.50. ?k-eh-
3
4
/kkeu ?kkl cht
2 x 50 = 100 eh-
ehVj @1-00 fd-xzk-@100eh0
= 1.00 fd-xzk- Say 1.00 fd-xzk-
100
MODEL ESTIMATE
vkSlr yEckbZ 100 ehVj
dk;Z dk uke& d`f’k Hkwfe ij vnZu c.M
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
Mkx csfyax 2-5 ls 5 lseh xgjkbZ rd ¼ft-Lrnj-vuq-2010i`-la025 dz-la- 182½
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
djuk 1-5 eh0 mBkuk rFkk 50 ehVj nwjh ds
fy,A dBksj feV~Vh esa feV~Vh dh dqVkbZ ekuo
}kjk ;k Iysu jksyj }kjk A¼ft-Lr-nj
3
4
5
6
7
cht cqokbZ cuk;s x;s fjt ij
¼ft-Lr-nj-vuq-2010i`-la0 20 dz-la-129½
fMofyax fof/k ls okfudh chp cqokbZ dk;Z
¼ft-Lr-nj-vuq-2010i`-la0 25dz-la-184½
chtks dh ek=k 1- ?kke.k ?kkl cht
okfudh cht
15 ls 30 lseh eksVs] gFkkSMs ls rjkls gq,s ,dy
iRFkj dh fifpax leLr mBku ds lkFk] vkiwfrZ
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
Mkx csfyax 2-5 ls 5 lseh xgjkbZ rd
2x 100 = 200 ehVj
2 feV~Vh dk dk;Z cU/k esa ¼lw[kh ;k xhyh½ 15 lseh
}kjk ;k Iysu jksyj }kjk A
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
200 ehVj @ 1 fdyks@100
ehVj
200 ehVj @ 1 fdyks@100 ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
MODEL ESTIMATE
dk;Z dk uke& tylaxzg.k Vkadk
IV ¼I.W.M.P½
{kerk
Ø-la-
nj
fooj.k
1
yhVj
35000
ek=k bdkbZ
jkf”k
Je
dqy
Je
dqy
uhao] [kkbZ rFkk ukyk vkfn ds fy, 1-5 eh- xgjkbZ
rd feV~Vh dh [kqnkbZ djuk] ry dks dwVuk]ikuh
Mkyuk cxy dks laokjuk [kqnh feV~Vh dks ckgj
fudkyuk uhao Hkjus ds ckn [kkyh LFkkuks dks iqu%
feV~Vh ls Hkjuk rFkk cph gqbZ feV~Vh dks 50 ehVj dh
nwjh rd fuLrkj.k djukA
i l[r] fpduh]dadj feV~Vh esa
14.96
?k-eh-
82.00
82.00
1226.72
1226.72
17.61
?k-eh-
130.00
130.00
2289.30
2289.30
17.61
?k-eh-
23.50
23.50
413.84
413.84
7.50
?k-eh-
255.05 1835.00 1912.88 13762.50
32.08
o-eh-
27.25
5.05
?k-eh-
602.10 3719.00 3040.61 18780.95
ii fo?kfVr p~Íku
2
3
4
5
¼ft-Lr-nj-vuq-2010 la”kks- ist la- 5 vkbZVe la- 2c
l n½
i feV~Vh dh 1-5 eh- ls 4-5 eh- vfrfjDr mBku ds
fy,
lhesUV dkadzhV uhao ;k Q”kZ esa 40 fe-eh- ek dh iRFkj
feV~Vh@bZVs lhesUV jsr elkyk esa 1 lhesUV]4 jsr % 8
feV~Vh vuqikr esa feykdj Mkyuk rFkk dqVkbZ djuk
rjkbZ lesrA
¼ft-Lr-nj-vuq-2010la”kks- ist la-6 vkbZVe la- 11v½
lsUVfjax&”kVfjax dk vkj-lh-lh- Nr] Lysc] che]NTts
fyUVy vkfn Mkyus ds fy, yxuk 4-5 ehVj ÅapkbZ
rd ds fy, rFkk gVkuk vkfn fo”ks’k fooj.k ds
vuqlkj
¼ft-Lr-nj-vuq-2010 la”kks- ist la-10 vkbZVe la- 45½
121.00
874.18
3881.68
lhesUV dkdzhaV 1%1%5%3 feJ.k dh izofyr lhesaV
dkdzhaV esa Mkyuk rFkk vkiwfrZ djuk] Nr dh Lyse]
NTts] che] fyVy vkfn esa]nckuk] rjkbZ djuk rFkk
lrg dks 1 % 3 lhesUV elkys ls lery djuk lesar
ijUrq LVªh rFkk “kVfjax dh dher vyx ls
¼ft-Lr-nj-vuq-2010 la”kks- ist la- 9 vkbZVe la- 37½
6
7
8
9
10
11
12
uhao rFkk dqlhZ esa izFke Js.kh bZVks dh fpukbZ lhesUV
ctjh 16 ;k 18 elkys esa e; cxy dh f>jh can
djus rFkk rjkbZ lesrA
lhesUV elkyk 1%6
¼ft-Lr-nj-vuq-2010la”kks- ist la-7 vkbZVe la-16 v½
lhesUV IykLVj nhokj ij 1%4 vuqikr esa lhesUV ctjh
feykdj dj tksMks dks dqjsnus rFkk rjkbZ lfgr 20
fe-eh¼ft-Lr-nj-vuq-2010 la”kks- ist la- 13 vkbZVe la67c½
iRFkj ds fljny ¼fyVy½ dh vkiwfrZ dj] fpukbZ esa
mi;ksx dh xbZ elkys esa mls yxkukA
4.88
?k-eh-
366.00 2954.00 1786.08 14415.52
38.67
o-eh-
42.60
104.00
1647.34
4021.68
2.10
o-eh-
162.00 1020.00
340.20
2142.00
9.41
o-eh-
243.00
796.00
2286.63
7490.36
16.71
o-eh-
84.00
218.00
1403.64
3642.78
62.68
o-eh-
42.60
89.00
2670.17
5578.52
1.00
ux
0
600.00
0.00
600.00
vOoy ntsZ dh iRFkj dh ifÍ;ks dh Nr Mkyuk]Åij
RkFkk uhps ls tksMks esa iRFkj dh phi ds lkFk 1%4
vuqikr esa lhesUV elkys ls Hkjuk
50 eh-eh- eksVkbZ esa lhesUV dadzhV 1%2%4 feJ.k ftlesa
1 lhesaV 2 ctjh 4 iRFkj dh ;k bZV dh 12 ehukHkh; fxV~Vh ds lkFk feykdj Mkyuk]dwVuk]nckuk
rFkk rjkbZ vkfn lesrA
¼ft-Lr-nj-vuq-2010 la”kks- ist la- 11 vkbZVe la58v½
lhesaV IykLVj nhokj ij 1%6 vuqikr esa lhesaV&ctjh
feykdj tksMks dks dqjsnus rFkk rjkbZ lesrA ¼c½ 20
eh-eh
¼ft-Lr-nj-vuq-2010la”kks-istla-13vkbZVe la- 68c½
,Y;wfefu;e dk <Ddu ¼0.45×0.45)
¼cktkj nj½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
19891.58 78245.85
2347.38
80593.22
19891.58
60701.65
say
80593.22
80000.00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
1 uhao] [kkbZ rFkk ukyk vkfn ds fy, 1-5 eh- xgjkbZ
dk;Z dk uke&
tylaxzg.k Vkadk
{kS=Qy% 01 gSDVs;j
y-xpkS
x- = dqy ek=k
y- pkS- xxVakdk& /4×(3.35)2×1.50=13.21?k-ehvkxksj& /4×(8.50)2 &(8.05)2×0.30= 1.75
;ksx=14.96 ?k-eh
/4×(3.35)2×1.50=13.21 ?k-eh-
ii fo?kfVr p~Íku
13-21 ?ku-eh-
l n½
2
i feV~Vh dh 1-5 eh- vfrfjDr mBku ds fy,
ii feV~Vh dh 3-0 eh- vfrfjDr mBku ds fy,
120
13-21 ?ku-eh4.4 ?ku-eh-
;ksx=17-61?k-eh
3
rjkbZ lesrA
¼ft-Lr-nj-vuq-2010la”kks- ist la- 6vkbZVe la- 11v½
Vakdk& /4×(3.35)2×0.15=1.32?k-ehvkxksj /4×[(8.05)2 &(3.50)2]×0.15=6.18?k-eh;ksx=7.50 ?k-eh
4
vuqlkj
×3.05×3.35=32.08 o-eh
5
/4×[(3.35)2 &(3.05)2]×3.35=5.05?k-eh-
6
7
lhesUV elkyk 1%6
¼ft-Lr-nj-vuq-2010 la”kks- ist la- 7 vkbZVe la- 16
v½
/4×[(3.50)2 &(3.05)2]×0.60=1.38?k-eh/4×[(8.50)2 &(8.05)2]×0.60=3.50?k-eh-
;ksx=4.88 ?k-eh
×3.05×3.35 =32.08 o-eh×3.50×0.60 = 6.59
o-eh-
;ksx=38.67 o-eh-
8
2×3.50×0.30=2.10 o-eh-
9
o-eh?kVk;k 0-45×0.45 =0.20 o-eh=9.41 o-eh-
10
11
12
eh-eh
¼ft-Lr-nj-vuq-2010la”kks- ist la-13 vkbZVe la-68c½
¼cktkj nj½
/4×(3.50)2=9.61
/4×(3.05)2=7.30 o-eh/4×(3.50)2=9.61 o-eh-
;ksx= 16.71 o-eh?kVk;k 0-45×0.45 =0.20 o-eh=16.71 o-eh/4×[(8.50)2 &(3.50)2]=47.10 o-eh8.50×0.30=8.00 o-eh8.05×0.30=7.58
;ksx =62.68 o-eh1 uax
o-eh-
MODEL ESTIMATE
dk;Z dk uke& osLV os;j
IV ¼I.W.M.P½
nj
Ø-la1
2
3
4
5
6
fooj.k
ek=k bdkbZ
nwjh rd fuLrkj.k
1- l[r] fpduh]dadj feV~Vh esa
osj)k iRFkj dk 23 ls-eh- mpkbZ esa [kMatk yxkuk
rFkk feV~Vh ls Hkjuk rFkk [kaMts dk gksnk ess ls
fudyh vfrfjDr feV~Vh dk 50 eh0 rd fuLrkj.k
djukA lq[ks iRFkj esaA
fe-eh-
dqy
Je
dqy
82.00
370.64
370.64
?k-eh-
82.00
1.00
?k-eh-
255.05 2338.00
255.05
2338.00
18.63
?k-eh-
183.00 968.00
3409.29
18033.84
2.19
o-eh-
141.00 298.00
308.79
652.62
7.13
o-eh-
71.15
132.00
507.30
941.16
5.08
o-eh-
84.00
218.00
426.72
1107.44
5277.79
23443.70
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
Je
4.52
feV~Vh@bZVs lhesUV jsr elkyk esa 1 lhesUV 3 jsr % 6
rjkbZ lesrA
¼ft-Lr-nj-vuq-2010la”kks- ist la-14 vkbZVe la- 138½
,uhdV gsrq iRFkjksa dh fpukbZ 1%4 lhesUV ctjh
elkys esa
uho esa
vf/kjpuk esa
jkf”k
703.31
24147.01
5277.79
18869.22
say
24147.01
24000.00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
dk;Z dk uke&
osLV os;j
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
nwjh rd fuLrkj.k l[r] fpduh]dadj feV~Vh esa
H.W. 1x7.50x2.50x2.00=37.50 ?ku fQV
S.W.2x9.00x2.00x2.00=72.00
W.W. 4x2.00x2.00x2.00=32.00
A.P.1x7.50x3.25x0.75x=18.28
159.78 ?ku fQV
4.52 ?ku ehVj
2
lhesUV dkadzhV uhao ;k Q”kZ esa 20 fe-eh- ek dh iRFkj H.W. 1x7.5x2.5x0.15=9.37 ?ku fQV
feV~Vh@bZVs lhesUV jsr elkyk esa 1 lhesUV]3 jsr % 6 S.W.2x9.0x2.0x0.15=18.00
feV~Vh vuqikr esa feykdj Mkyuk rFkk dqVkbZ djuk W.W. 4x2.00x2.00x0.15=8.00
rjkbZ lesrA
35.37 ?ku fQV
1.00 ?ku ehVj
3
elkys esa
uho esa
vf/kjpuk esa
H.W. 1x7.5x2.5x1.50=28.12 ?ku fQV
S.W.2x9.0x2.0x1.5=54.00
W.W. 4x2.00x2.00x1.5=24.00
H.W. 1x7.5x2.5+1.50/2x1.00=15.00
2
S.W.2x9.0x1.50x1.00=27.00
S.W. 2x9.00+3.00/2x1.50=40.50
2
W.W. 4x2.00x1.50x1.00=12.00
200.62
say
18.63 ?ku0eh4
1x7.50x3.15=23.62 o-fQVSay 2.19 o-eh-
5
fe-eh-
H.W. 1x7.50x1.00=7.50 o-fQV
H.W. 1x7.50x1.50=11.25
S.W2x9.00x1.00=18.00
S.W.2x9.00+3.00x2.15=30.00
2
W.W.4x3.50x1.00=14.00
80.75
?kVk;k 2x2.5+1.5x1.00=4.00
2
=76.75
6
say 7.13 o-ehH.W 1x7.50x1.50=11.25 o-fQVS.W 4x3.75x1.50=22.50
S.W.2x3.00x1.50=9.00
W.W.4x2.00x1.50=12.00
= 54.75
say 5.08
MODEL ESTIMATE
IV ¼I.W.M.P½
dk;Z dk uke&pjkxkg Hkwfe ij [kkbZ Qsaflax
yEckbZ 100 ehVj
Ø-la-
nj
fooj.k
1
2
3
4
5
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200
ehVj
0.47
0.47
94.00
94.00
110
?k-eh-
82.00
82.00
9020.00
9020.00
9.92
9.92
198.40
198.40
-
40.00
16.67
16.67
uho] [kkbZ ijukyk esa 1-5 xgjkbZ rd feVV~h dk
[kqnkbZ djuk] ry dks dwVuk] ikuh Mkyuk]cxy
dks laokjuk][kqnh feV~Vhdks ckgj fudkyuk] uhoa
Hkjus ds ckn [kkyh LFkkuksa dks iqu% feV~Vh ls
Hkjuk rFkk cph gqbZ feV~Vh dks 50 ehVj nwjh rd
fuLrkj.k djukA
l[r feV~Vh esaA [kkbZ gsrq
fMcfyax fof/k ls okfudh cht cqokbZ dk;Z
okfudh chtksa dh jkf'k
15 lseh xgjh VªsUp [kksndj Fkksj yxkuk
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2000
2.00
100
ux@100
fd-xzk
ehVj
80.00
1667.00
1667.00
10979.40
11059.40
331.78
11391.18
10979.40
411.78
Say
Rs.114 / meter
11391.18
11400.00
MODEL ESTIMATE
IV ¼I.W.M.P½
100 ehVj ¼ 1 gSDV;j½
Ø-lafooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
1
Mkx csfyax 2-5 ls 5 lseh- xgjkbZ rd
gSDV;j @ 100 eh0@gSDVs;j
=100
ehVj
2x100 ehVj = 200
2 uho] [kkbZ ijukyk esa 1-5 xgjkbZ rd feVV~h dk
fuLrkj.k djukA
200x(1.60+0.60)x1.0
2
= 110.00 ?k-eh
rhu ykbzuksa esa 15&15 lseh nwjh ij
3
4
okfudh chtksa dh ek=k
3x100=300x100
15
=2000 uax
100 eh0 @ 2 fdyks@100 eh0
=2 fd-xzk
5
ehVj
15 lseh xgjh VªasUp [kksndj Fkksj yxkuk
100 ehVj
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
1 , Qsze ysoy ls 8 ls 15 ehVj {kSfrt vUrjky
esa leksPp js[kk ij ys vkmV dk dk;Z
dk;Z dk uke&vd`f"k Hkwfe ij dUVwj QjksZ

{kS=Qy% 1-00 gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1 gSDV;j @ 800eh0@gSDVs;j=800
2
3
¼ft-Lr-nj-vuq-2010i`-la0 25 dz-la- 182½
eh0
800 eh-
uho] [kkbZ ijukyk esa 1-5 xgjkbZ rd feVV~h
dk [kqnkbZ djuk] ry dks dwVuk] ikuh
Mkyuk]cxy dks laokjuk][kqnh feV~Vhdks ckgj
fudkyuk] uhoa Hkjus ds ckn [kkyh LFkkuksa dks
iqu% feV~Vh ls Hkjuk rFkk cph gqbZ feV~Vh dks
50 ehVj nwjh rd fuLrkj.k
djukAl[r]fpduh] dadj] feV~Vh esaA
uhoa gsrq¼ft-Lr-nj-vuq-2010i`-la0 5dz-la- 2c½
800 ehx1/2x0.60x0.30=72.00 ?ku0eh0
4
5
cht dh ek=k ¼/kke.k½
800 eh800 eh- @ 1 fd-xzk-@100
ehVj=8 kg
MODEL ESTIMATE
IV ¼I.W.M.P½

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
, Qsze ysoy ls 8 ls 15 ehVj {kSfrt vUrjky
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
djukAl[r]fpduh] dadj] feV~Vh esaAuhoa
gsrq¼ft-Lr-nj-vuq-2010i`-la05dz-la-2c½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
MODAL ESTIMATE
Name of Watershed Jalore IV(IWMP)
Details
S.No.
Kharif Session
1. Single crop
(i) Moong
A
(ii) Cluster Bean
(Guar)
2. Intercropping
Moong
+
Bajra
Area/
Seed
Demo.
Qty.(kg.) Amt.
(Hec.)
0.04
0.04
0.04
8
8
4
+
1
440.00
192.00
Name of Work : Crop/Fodder Demonstration
D.A.P
MOP
Urea
Culture
Insectisides
Qty.(kg.)
Amt.
Qty.(kg.)
Amt.
Qty.(M.L)
Amt.
Qty.(M.L)
Amt.
No. of
Packt.
Amt.
35.00
350.00
0
0
0
0
500
175.00
1
10.00
10.00
400.00
0
0
0
0
500
175.00
1
10.00
Amount/
Demo
975.00
777.00
Say 675
1295.00
250.00
80.00
800.00
0
0
10
50.00
500
175.00
2
20.00
Say 1300
750.00
B
Rabi Session
(i) Mustered
0.04
1.50
75.00
25.00
250.00
10
40.00
40
200.00
500
175.00
1
10.00
C
Fodder Demos.
(i) Lucern
0.02
3
1250.00
0.00
0.00
60
216.00
10
50.00
0.00
0.00
1
10.00
1526.00
Say 1525
MODEL ESTIMATE
IV ¼I.W.M.P½
dk;Z dk uke&uhcwa Qynkj ikS/kksa dh ;wfuV

;wfuV dk {kS=Qy% 0-20
gSDVs;j¼55 ikS/ks@;wfuV½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
55 xMMs~ @ 10 fd-xzk-@xM~Mk =550
lqqijQkLQsV
55 xMMs~ @ 0.25 fd-xzk-@xM~Mk=13.75
iksVk'k
;wfj;k
55 xMMs~ @ 0.05 fd-xzk-@xM~Mk=2.75
fd-xzk-say 3.00 fd-xzk-
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
nhed dh jksdFkke gsrq dhVuk'kd nokbZ
¼,UMkslYQku 4% pw.kZ½
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
ikS/kks ij yxus okys dhMs edksMks ds fu;aU=.k gsrq
eksuksdzksVksQkWl 36 b-lh
ikS/kksa essa moZjd ,oa nokbZ Mkyuk
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
fd-xzk-say 14 fd-xzk-
MODEL ESTIMATE
IV ¼I.W.M.P½

Ø-la-
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10
ek=k
bdkbZ
40.09
?k-eh-
xkscj dh [kkn
550
fd-xzk-
-
2.50
lqqijQkLQsV
14
fd-xzk-
-
3.50
3.00
fd-xzk-
-
4.00
-
12.00
6
fd-xzk-
-
5.00
-
30.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
¼ft-Lr-nj-vuq-2010i`-la0 20 dz-la-128c½
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
25.00
-
1375.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
6478.48
iksVk'k
;wfj;k
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
Je
jkf”k
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
49.00
72.00
194.35
6672.83
3475.48
3197.35
6672.83
Say
6700.00
MODEL ESTIMATE
IV ¼I.W.M.P½
dk;Z dk uke&csj Qynkj ikS/kksa dh ;wfuV

Ø-la-
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10
ek=k
bdkbZ
40.09
?k-eh-
xkscj dh [kkn
550
fd-xzk-
-
2.50
lqqijQkLQsV
20
fd-xzk-
-
3.50
5.00
fd-xzk-
-
4.00
-
20.00
12
fd-xzk-
-
5.00
-
60.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
15.00
-
825.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
5987.48
iksVk'k
;wfj;k
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
Je
jkf”k
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
70.00
72.00
179.62
6167.10
3475.48
2691.62
6167.10
Say
6200.00
MODEL ESTIMATE
IV ¼I.W.M.P½

;wfuV dk {kS=Qy% 0-20gSDVs;j¼55 ikS/ks@;wfuV½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.35 fd-xzk-@xM~Mk =19.25
iksVk'k
;wfj;k
55 xMMs~ @ 0.08 fd-xzk-@xM~Mk =4.4
fd-xzk-
say 5.00 fd-xzk-
55 xMMs~ @ 0.22 fd-xzk-@xM~Mk=12.10
fd-xzk-
say 12.00 fd-xzk-
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk =5.50
fd-xzk-
say 6.00 fd-xzk-
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
fd-xzk-
say 20 fd-xzk-
MODEL ESTIMATE
dk;Z dk uke&vukj Qynkj ikS/kksa dh ;wfuV
{kS=Qy% 0-20
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10
Je
jkf”k
dqy
ek=k
bdkbZ
17.28
?k-eh-
xkscj dh [kkn
800
fd-xzk-
-
2.50
lqqijQkLQsV
20
fd-xzk-
-
3.50
82.00 82.00
Je
dqy
1416.96
1416.96
-
2000.00
70.00
iksVk'k
;wfj;k
-
fd-xzk-
-
4.00
-
-
20
fd-xzk-
-
5.00
-
100.00
8
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
80
la[;k
3.00
3.00
240.00
240.00
ikS/kksa dh dher
80
la[;k
-
15.00
-
1200.00
0.25
yhVj
-
360.00
-
90.00
160
la[;k
0.21
0.21
33.60
33.60
1690.56
5246.56
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
96.00
157.40
5403.96
1690.56
3713.40
5403.96
Say
5400.00
MODEL ESTIMATE
IV ¼I.W.M.P½
{kS=Qy% 0-20
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
80x0.60x0.60x0.60= 17.28 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
iksVk'k
;wfj;k
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
9
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
fd-xzk-
80 xMMs~ @ 0.10 fd-xzk-@xM~Mk =8.00
fd-xzk-
ikS/ks jksi.k djuk
10
ikS/kksa dh dher
fd-xzk-
-
80
8
fd-xzk-
80
0.25 yhVj-@;wfuV
160
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
1 45x45x45 lseh- eki ds xM~Ms djuk dBksj
feV~Vh A 400 xM~Ms@gSDVj
2
3
4
dk;Z dk uke&d`f"k Hkwfe ij okfudh ikS/kkjksi.k

ikS
/kksa dh la[;k % 100
y-xpkS
x- = dqy ek=k
y- pkS- xx100
ikS/ks jksi.k djuk
ikS/kksa dh dher
ikS/kksa dk ifjogu ikS/ks HkjkbZ ,oa [kkyh djkbZ
lfgr 5 fd0eh- nwjh rd ds fy,
100
108 ikS/ks (100+8=108) 8%
xM~Ms
ikS/ks
HkjkbZ ,oa [kkyh djkbZ [kjkck
108 ikS/ks
5
ikS/ks jksi.k ds le; Mh,ih Mkyuk
6
100 ikS/ks@ 0.03
fd-xzk-@ikS/kk = 3 fd-xzk-
2x100 ikS/ks@ 0.05
nhed fu;U=.k gsrq ,UMksalYQku 4% pw.kZ
fd-xzk-@ikS/kk = 10 fd-xzk¼2 o"kZ rd izfr o"kZ 1 ckj½
7
ikS/kks esa moZjd ,oa dhV uk”kd nokbZ Mkyuk
100 ikS/ks
MODEL ESTIMATE
IV ¼I.W.M.P½

ikS/kks dh la[;k% 100
Ø-la-
1
nj
fooj.k
45x45x45 lseh- eki ds xM~Ms djuk dBksj
feV~Vh 400 xM~Ms@gSDVj
2 ikS/ks jksi.k djuk
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
3.00
3.00
300.00
300.00
108
la[;k
-
5.00
-
540.00
-
908.21
3
ikS/kksa dh dher
4
la[;k
@1000
108
98.09
5
3
fd-xzk-
-
10.00
-
30.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
10
fd-xzkla[;k
-
12.00
-
120.00
0.21
0.21
21.00
21.00
1001.00
1789.09
6
7
100
53.67
1842.76
1001.00
841.76
1842.76
Say
Say 18 : @ ikS/kk
1800.00
MODEL ESTIMATE
yEckbZ 100 ehVj
dk;Z dk uke& ukyk fLFkjhdj.k
IV ¼I.W.M.P½
¼cSd LVfcykbZts'ku½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
:
590 @ehVj
59217.24
59000.00
MODEL ESTIMATE
yEckbZ 100 ehVj
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
MODEL ESTIMATE
IV ¼I.W.M.P½
100 ikS/ks
dk;Z dk uke& pjkxkg Hkwfe ij o`{kkjksi.k dk;Z

nj
Ø-lafooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
3.00
3.00
300.00
300.00
108
la[;k
la[;k
0
5.00
0
540.00
100
la[;k
1.80
1.80
180.00
180.00
3.00
fd-xzk-
0.00
10.00
0.00
30.00
0.00 908.21
0.00
98.09
v vfxze enk dk;Z %&
1 45x45x45 lseh- eki ds xM~Ms djuk dBksj feV~Vh
400 xM~Ms@gSDVj
c okuLifrd dk;Z%&
3
4
5
6
ikS/kksa dh dher
ikS/kks dks miyC/k ikuh fiykuk 15 yhVj@ikS/kksa
ikS/kksjksi.k ds le; ¼ft-Lr-nj-vuq-2010i`-la0 20 dzla-130½
ikS/kksa dk ifjogu ikS/ks HkjkbZ ,oa [kkyh djkbZ lfgr
5 fdeh nwjh rd ds fy,
108
7
8
9
10
Fkkoyk cukuk de ls de 50 lseh v)Z O;kl dk
lk/kkj.k tehu esa ¼ft-Lr-nj-vuq-2010i`-la0 20 dz-la132½
100
la[;k
1.80
1.80
180.00
180.00
800
la[;k
1.80
1.80
1440.00
1440.00
400
1.20
1.20
480.00
480.00
0
29.83
0
357.96
10
la[;k
yhVj@
1000
fd-xzk-
0
15.00
0
150.00
200
la[;k
0.21
0.21
42.00
42.00
j[kj[kkc%&
ikS/kksa dks miyC/k ikuh fiykuk 15 yhVjA ikS/kksa
ikS/kksa dh fujkbZ xqMkbZ djuk 15 lseh xgjkbZ rd
,oa 45 lseh v)ZO;kl rd
ikuh dk ifjogu 5 fdeh nwjh rd ds fy,
12000
11
12
la[;k@
1000
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
3302.00
4478.05
134.34
4612.39
3302.00
1310.39
Say
46@izfr
ikS/kk
4612.39
4600.00
MODEL ESTIMATE
IV ¼I.W.M.P½
100 ikS/ks

Ø-lafooj.k
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
y-xpkS
y- pkS- xxx- = dqy ek=k
100 xM~Ms
c okuLifrd dk;Z%&
3
4
ikS/kksa dh dher
5
6
7
8
9
100 ikS/ks
108 (100+8 8% ikS/kksa
100
100 ikS/ksa @0.03 fd-xzk-@ikS/kk =3.00
10
11
12
fd-xzk-
108
100
j[kj[kkc%&
dk mrjkbZ HkjkbZ [kjkck)
2x4x100=800
(2
o"kZ rd izfr o"kZ 4 ckj ikuh fiykuk)
2(2x100)=400
(2
o"kZ rd izfr o"kZ 2 ckj fujkbZ xqMkbZ djuk)
8x100=800 @ 15yhVj@izfr
ikS/kk 12000 yhVj
¼ 2 o"kZ rd pkj&pkj ckj ikuh fiykuk½
[email protected] fd-xzk-@ikS/kk
=10 fd-xzk- 2 o"kZ rd
2x100=200 ikS/kk
¼2 ckj½
MODEL ESTIMATE
dk;Z dk uke&pjkxkg Hkwfe ij ?kkl cht cqokbZ dk;Z
uke ty xzg.k {ks=& tkyksj IV ¼I.W.M.P½½
{kS=Qy% 1-00 gSDVj
Ø-la-
nj
fooj.k
1
pjkxkg gsrq ?kkl cht cqokbZ dk;Z 6 ls 8
xzzk-@gsSDVj VªsDVj }kjk tqrkbZ ls
¼ft-Lr-nj-vuq-2010i`-la0 25 dz-la-185 v½
2 cht dh jkf'k ¼/kke.k½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
ek=k
bdkbZ
1.00
gSDV;j
8.00
fd-xzk-
Je
jkf”k
dqy
Je
dqy
55.35
431.35
-
400.00
55.35
831.35
fd55.35 431.35
-
50.00
24.94
856.29
55.35
800.94
856.29
Say
800.00
MODEL ESTIMATE
dk;Z dk uke & pjkxkg Hkwfe ij ?kkl cht cqokbZ dk;Z
{kS=Qy% 1-00 gSDVj
Ø-la-
fooj.k
1 xzzk-@gsSDVj VªsDVj }kjk tqrkbZ ls
2 cht dh jkf'k ¼/kke.k½
y-xpkS
x- = dqy ek=k
y- pkS- xxfd1 gSDV;j
8 fdyks
izfr gSDV;j
MODAL ESTIMATE
Name of watershed – Jalore IV(IWMP)
S.No
1
2
3
4
5
6
7
Name of Vegitable Seed
Name of Work– Home stead kitchen graden
Quantity
Rate
Amount
Tomato
10 gm
130/10gm
130.00
Brinjal
10 gm
20/10gm
20.00
Lady finger
100 gm
100/500gm
20.00
Onion
20 gm
100/100gm
20.00
Radish
10 gm
20/10gm
20.00
Chilli
10 gm
80/10gm
80.00
Caaliflower
Total
10 gm
210/10gm
210.00
500.00
Rs. 500 Per No.
MODAL ESTIMATE
IV ¼I.W.M.P½
dk;Z dk uke & oehZ dEiksLV;wfuV
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
izFke Js.kh dh bZVksa dh 112fe0eh0 rFkk 75
fe0eh0 eksVkbZ esa uhoa rFkk vf/kjpuk esa
lhesUV&ctjh elkyk 1%4 esa fpukbZ dk dk;Z
djuk e; rjkbZ ds A
dspqvkas dh ek=k e; dYpj lfgr
IykfLVd “khV uhps fcNkus gsrq
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
ek=k
bdkbZ
Je
jkf”k
dqy
Je
dqy
0.49
?k-eh
82.00 82.00
40.18
40.18
3.30
oxZ eh-
77.40 402.00
255.42
1326.60
5.00
fd-xzkoxZ eh-
2.81
-
150.00
-
750.00
-
25.00
-
70.25
295.60
2187.03
65.61
2252.64
295.60
1957.04
2252.64
Say
2250 @ ;wfuV
2250.00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
djuk e; rjkbZ ds A
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x1.85 x0.12 x0.075=0.033 ?k-eh2x0.90 x0.12 x0.075=0.016 ?k-eh-
;ksx = 0.049 ?k-eh2x1.85 x0.60=2.22 oxZ
ehVj
2x0.90 x0.60=1.08 oxZ ehVj
;ksx
= 3.30 oxZ
ehVj
5 fdyks
1x2.25 x1.25=2.81 oxZ
ehVj
MODAL ESTIMATE
IV ¼I.W.M.P½
dk;Z dk uke & dEiksLV fiV ;wfuV
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh] dadj] feV~Vh esaA
¼ft-Lr-nj-vuq-2010i`-la0 5 dz-la- 2c½
2x3-00x2-00x0-90=10-80 ?k-eh
ek=k
bdkbZ
10.80
?k-eh
flaxy lqij QkLQsV
150.00
fd-xzk-
;wfj;k
dYpj iSfdaV
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
30.00
fd-xzkla[;k
3.00
Je
jkf”k
dqy
Je
dqy
885.60
885.60
3.60
-
540.00
5.00
-
150.00
10.00
-
30.00
885.60
1605.60
82.00 82.00
-
-
48.17
1653.77
885.60
768.17
1653.77
Say
1650@ fiV
1650.00
ABSTRACT OF COST
Name of watershed – Jalore III(IWMP)
Name of Village : Chak chanpan
Name of Work –Fruit plant unit
S.No. Name of Activity
Quntity
Unit
Rate
Amount
1
Ber
10
No.
10000
100000
No.
500
0
No.
10000
10000
2
Leamon
3
Anaor(Pomgranate)
Total
1
110000
ABSTRACT OF COST
Name of Village : Dhansa
Name of Work –– Household Production
&
Area: 2003 Hac. Micro Enterprises
Quntity
Unit
Rate
Amount
1 Service sector :1. Carpenter
10
No.
4000
40000
2. Black smith
5
No.
6000
30000
3. Cycle repair
4
No.
6000
24000
4.Potter
5
No.
12000
60000
5. Mason
20
No.
2000
40000
10
No.
12000
120000
38000
114000
6. Foot wear
2 Small Live Stock (25+1=26 No)
(i) Sheep(20+1=21No.)
(ii) Goat(10+1=11No.)
3
1
No.
No.
28000
No.
L.S.
28000
3
Other Micro Enterprises.
TOTAL
208000
664000
ABSTRACT OF COST
Name of Work –– Crop/Folder
Demostration
Area: 0.40 Hac./Crop Demo., Area: 0.20 Hac./Fodd.
Quntity
A
1
2
3
4
5
Rate
Amount
Crop Demonstration :Moong.
350
No.
975
341250
Guar
150
No.
775
116250
Moong+Bajra
425
No.
1300
552500
Mustered
200
No.
750
150000
-
-
-
1160000
1525
152500
-
1312500
Total
B
Unit
Fodder Demonstration
Lucern
Grant Total
100
-
No.
-
Say 1313000.00
ABSTRACT OF COST
Arable Land Production Measures
S.No. Items
Area/No.
Amount(Lacs)
Crop/ Fodder Demonstration
1225
13.13
Homestead Kitchen Garden
200
1.00
Agro Forstry Plant
5778
1.05
Dry Land Horticulture Plant
32
1.94
Compost Pit
200
3.30
Vermi Compost Unit
20
0.44
Household Production& Micro enterprices
41
6.64
Live stock management
212
2.20
1
2
3
4
5
6
7
8
Total
29.70
ABSTRACT OF COST
Area: 5282Hac.
Arable Land Production Measures
S.No. Name of Village
Area/No.
Amount(Lacs)
Daspa
482
19.83
Kora
419
18.91
Ruchiyar
461
16.67
Sarthla
884
15.57
Chak chanpan
736
8.28
Bhaglsefta
297
18.35
Dhansa
2003
29.70
1
2
3
4
5
6
7
Total
127.31
ABSTRACT OF COST
Area: 1248 Hac.
Non Arable Land Production Measures
Area/No.
Amount(Lacs)
Daspa
35
5.09
Kora
25
3.63
Ruchiyar
25
3.63
Sarthla
25
3.63
Chak chanpan
0
0.00
Bhaglsefta
25
3.63
Dhansa
0
0.00
135
19.61
1
2
3
4
5
6
7
Total
ABSTRACT OF COST
Name of Village : Bhaglsefta
Area: 25 Hac.
Non Arable Land Production Measures
S.No. Items
Area/No.
Amount(Lacs)
Overseeding on pasture land
25
0.21
Plantation on pasture land
25
3.42
-
3.63
1
2
Total
ABSTRACT OF COST
Area: 5282Hac.
Arable Land Conservation Measures
Area/No.
Amount(Lacs)
Daspa
482
51.86
Kora
419
59.74
Ruchiyar
461
64.37
Sarthla
884
70.56
Chak chanpan
736
69.86
Bhaglsefta
297
27.04
Dhansa
2003
106.65
1
2
3
4
5
6
7
Total
450.08
ABSTRACT OF COST
Area: 1248Hac.
Non Arable Land Conservation Measures
Area/No.
Amount(Lacs)
Daspa
482
21.32
Kora
419
18.35
Ruchiyar
461
17.1
Sarthla
884
19.12
Chak chanpan
736
7.72
Bhaglsefta
297
13.83
Dhansa
2003
2.98
1
2
3
4
5
6
7
Total
100.42
PROPOSED DEVELOPMENT PLAN
STATE: RAJASTH AN
DISTRICT: JALORE
AGROCLIMATIC ZONE: II B
NAME OF THE BLOCK: RANIWARA
NAME OF WATERSHED: JALORE IV (IWMP)
CATEGORY OF WATERSHED: DESERT AREA
IRRIGATION PERCENTAGE: 8.71%
S.No
Activity
Unit
1
AI
II
III
BI
II
III
C
(1)
(2)
(3)
(4)
(5)
II
(1)
(2)
(3)
(4)
III
3
2
Administration cost
10%
Monitoring
1%
Evaluation
1%
Total
12%
Preparatory Phase (Entry Point
Activity)
4%
Institution And Capacity Building
5%
Preparation of Detailed Project Report
(DPR)
1%
Total
10%
(NRM)
Vegetative Contour Bund
Earthen Bund with Pitching
Gully Control Structure(L.S.C.D)
Water Harvesting Tanka
Wasteweir
Total
Non Arable Land Conservation
Measures
Ditch Cum Bund Fencing
Contour Furrow in Pasture Land
Contour Furrow in Non Arable Land
Total
Drainage Line Treatment
Unit
Cost
5
0
0
0
0
G.P. CHANTWARA
Cost Converg Benefic Quanti
Quanti Total
Cost
from
ence
iary
ty
ty
Project
Fund contrib
Fund
ution
7
9
4
6
8
4
0
44.85
44.85
0.00
0.00
0
0
4.48
4.48
0.00
0.00
0
0
4.49
4.49
0.00
0.00
0
0
0
53.82
53.82
0.00
0.00
Total
Cost
6
49.80
4.98
4.98
59.76
UNIT COST: RS. 15000/- Hac.
GEOGRAPHICAL AREA:7939 Hac.
EFFECTIVE AREA:
(I) ARABLE LAND: 6849 HAC.
(II) NON ARABLE LAND: 659 Hac.
TOTAL : 7508 Hac
TOTAL COST: 1328.08 Lacs
G.P. KARDA
G.P.DANTWARA
Cost Converg Benefic Quant Total
Cost Conver Benefici
from
ence
iary
ity
Cost
from
gence
ary
Project
Fund contrib
Project Fund contribu
Fund
ution
Fund
tion
7
9
8
4
6
7
8
9
49.80
0.00
0.00
0
17.97 17.97
0
0
4.98
0.00
0.00
0
1.80
1.80
0
0
4.98
0.00
0.00
0
1.79
1.79
0
0
0
59.76
0.00
0.00
21.56 21.56
0.00
0.00
0
0
0
0
17.94
22.43
17.94
22.43
0.00
0.00
0.00
0.00
0
0
19.92
24.90
19.92
24.90
0.00
0.00
0.00
0.00
0
0
7.19
8.98
7.19
8.98
0
0
0
0
0
0
0
0
0
0
4.48
44.85
0.00
4.48
44.85
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
0
0
4.98
49.80
0.00
4.98
49.80
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
0
1.80
17.97
1.80
17.97
0
0
0
0
0
60%
Hac. 8250
No. 59000
No.
0
No. 80000
No. 24000
0
0
1204
100
0
110
104
0
0.00
99.33
59.00
0.00
88.00
24.96
271.29
0.00
92.39
54.87
0.00
81.84
23.21
252.31
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
6.94
4.13
0.00
6.16
1.75
18.98
0
806
60
0
120
117
0
0.00
66.49
35.40
0.00
96.00
28.08
225.97
0.00
61.84
32.93
0.00
89.28
26.10
210.15
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
4.65
2.47
0.00
6.72
1.98
15.82
440
30
0
60
28
36.30 33.76
17.70 16.46
0
0
48.00 44.66
6.72
6.25
108.72 101.13
0
0
0
0
0
0
2.54
1.24
0
3.34
0.47
7.59
0
Mt.
114
Hac. 8300
Hac. 8300
No. 59000
0
0
0
4000
40
40
30
0
0
0.00
4.56
3.32
3.32
17.70
28.90
0.00
0.00
4.56
3.32
0.00
17.70
25.58
0.00
0.00
0.00
0.00
3.32
0.00
3.32
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
3000
30
80
30
0
0
0.00
3.42
2.49
6.64
17.70
30.25
0.00
0.00
3.42
2.49
0.00
17.70
23.61
0.00
0.00
0.00
0.00
6.64
0.00
6.64
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
2000
20
40
10
2.28
1.66
3.32
5.90
13.16
0
0
3.32
0
3.32
0
0
0
0
0
2.28
1.66
0
5.90
9.84
0
590
590
0
3500
0
0.00
20.65
20.65
0.00
20.65
20.65
0.00
0.00
0.00
0.00
0.00
0.00
0
4000
3000
0.00
23.60
23.60
0.00
23.60
23.60
0.00
0.00
0.00
0.00
0.00
0.00
0
0
320.84
298.54
3.32
18.98
0
279.82
257.36
6.64
15.82
15%
0
0
0
0
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
0
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
No.
No.
No.
No.
No.
No.
1090
18
6100
500
0
1650
2250
5607
21000
54
450
0
600
60
61.41
3.78
3.35
2.25
0.00
9.90
1.35
38.58
2.37
2.08
1.43
0.00
6.23
0.84
0.00
0.00
0.00
0.00
0.00
0.00
0.00
22.83
1.41
1.27
0.82
0.00
3.67
0.51
4508
27000
45
550
0
600
60
49.00
4.86
2.75
2.75
0.00
9.90
1.35
30.77
3.05
1.72
1.73
0.00
6.22
0.85
0.00
0.00
0.00
0.00
0.00
0.00
0.00
18.23
1.81
1.03
1.02
0.00
3.68
0.50
No.
50000
44
23.00
14.46
0.00
8.54
85
15.00
9.44
0.00
Water Tank.
No.
HDPE/ PVC Pipe
No.
Nepesek Spraier by hand mounted No.
Nepesek Spraier by foot mounted
No.
(11) Hand rotetary duster
No.
(12) Seed cum fertilizer drill
No.
(13) Isopam (Threser)
No.
Total
-
50000
15000
650
30
30
15
15.00
4.50
0.10
0.00
0.00
0.00
15.00
4.50
0.10
0.00
0.00
0.00
20
40
15
10.00
6.00
0.10
0.00
0.00
0.00
850
775
15000
40000
12
13
10
10
0.10
0.10
1.50
4.00
0.00
0.00
0.00
0.00
0.10
0.10
1.50
4.00
0.00
0.00
0.00
0.00
12
22
20
10
0.10
0.17
3.00
4.00
0
0
130.34
65.99
25.30
39.05
0
(1)
(2)
46
16000 7.36
800
40
0.32
0
0
7.68
0
0
0.00
10000
2
0.20
500
250
1.25
10000
30
3.00
0
0
4.45
0
0
142.47
0
0
13.46
0
0
575.44
7.36
0.32
7.68
0.00
0.20
0.81
3.00
4.01
77.68
13.46
488.35
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
25.30
0.00
28.62
0.00
0.00
0.00
0.00
0.00
0.44
0.00
0.44
39.49
0.00
58.47
12000
30
0
0
3
230
20
0
0
0
0
(1)
(2)
D
I
(1)
(2)
(3)
(4)
(5)
6
Bank Stabilization
Total
Total Watershed Development
Works
Production System and Micro
Enterprises
Arable Land Production System
Crop Demonstration /Fodder
Demonstration
Agro Forestry
Dry land Horticulture
Organic Farming
i Compost Pit
ii Vermi Compost Unit
Enterprises-Goat and Sheep
Rearing,Service sector Carpentry
Tailoring, Blacksmith, Repair shop
for Cycle.
No.
No.
(7)
(8)
(9)
(10)
III
(1)
(2)
(3)
E.
Plantation in pastureland
Over seeding in Non Arable land
Total
Live Stock Management
Distribution of Buffalo bulls
Mangers Distribution
Animal Health Camps
Total
Total Production System
Consolidation
Grand Total
No.
Hac
No.
No.
No.
3%
0
1500
1500
0
0
0
0
0
0
130.73 119.82
3.32
7.59
2048
7000
20
200
22.00
1.26
1.23
1.00
13.82
0.79
0.77
0.63
0.00
0
0
0
8.18
0.47
0.46
0.37
200
20
3.30
0.45
2.08
0.28
0
0
1.22
0.17
5.56
38
8.00
5.02
0
2.98
10.00
6.00
0.10
0.00
0.00
0.00
10
20
15
5.00
3.00
0.10
0
0
0
5.00
3.00
0.10
0
0
0
0.00
0.00
0.00
0.00
0.10
0.17
3.00
4.00
0.00
0.00
0.00
0.00
12
13
10
5
0.10
0.10
1.50
2.00
0
0
0
0
0.10
0.10
1.50
2.00
0
0
0
0
108.98
53.78
23.37
31.83
49.04
23.39
11.8
13.85
5.52
0.24
5.76
0.00
0.30
1.15
2.00
3.45
118.19
14.94
522.51
5.52
0.24
5.76
0.00
0.30
0.76
2.00
3.06
62.60
14.94
444.46
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
23.37
0.00
30.01
0.00
0.00
0.00
0.00
0.00
0.39
0.00
0.39
32.22
0.00
48.04
3.68
0.16
3.84
3.68
0.16
3.84
0
0
0
0
0
0
0
0
0
0
11.80
0
15.12
0
0.18
0
0.18
14.03
0
21.62
8000
20
1
100
10
0
8.85
8.85
0
8.85
8.85
0.10
0.10
0.50
0.32
1.00
1.00
1.60
1.42
54.48 28.65
5.39
5.39
230.13 193.39
CHAPTER V
ANNUAL ACTION PLAN THROUGH PROJECT FUND
STATE: RAJASTHAN
DISTRICT: JALORE
S.No
Activity
1
AI
II
III
2
Administration cost
Monitoring
Evaluation
Total
Preparatory Phase (Entry Point Activity)
(DPR)
Total
Watershed Development Works (NRM)
Gully Control Structure(Loose Stone Check
Dam)
Wasteweir
Total
BI
II
III
C
(1)
(2)
(3)
(4)
(5)
II
(1)
(2)
(3)
(4)
Total
EFFECTIVE AREA:
TOTAL : 7508 Hac
Unit Quantity
3
10%
1%
1%
12%
4%
5%
4
0
0
0
0
0
0
Unit
Cost
5
0
0
0
0
0
0
1%
10%
0
0
0
0
60%
Hac.
No.
3rd year
4th year
5th year
Total
1st year
2nd year
Fin
Phy
Fin
Phy
Fin
Phy
Fin
Phy
Fin
Cost Phy
7
9
11
13
15
6
8
10
12
14
16
22.53
22.52
22.53
22.52
112.62 0.00 22.52
0.00
2.26
2.25
2.25
2.25
2.25
11.26
0.00
2.26
2.25
2.25
2.25
2.25
11.26
135.14 0.00 27.04
0.00
27.03
0.00
27.02
0.00
27.03
0.00
27.02
45.05
0.00
0
0
0
45.05
0.00 33.78
10.14
6.76
2.82
2.81
56.31
11.26
112.62
0.00
0.00
11.26
90.09
0.00
0.00
10.14
0.00
0
6.76
0.00
0
2.82
0.00
0
2.81
2450
190
8250 202.12
59000 112.10
490
20
40.43
11.88
980
50
80.80
29.42
490
40
40.43
23.6
370
40
30.30
23.60
120
40
10.16
23.60
No.
No.
No.
0
290
249
0.00
0.00
0.00
0
48.00
80000 232.00
60
4.80
24000 59.76
20
605.98 590.00 105.11
80
60
1170
0.00
0
64.00
80
64
14.40
80
19.2
188.62 690.00 147.23
0
40
50
500.00
0.00
32.00
12.00
97.90
0
30
39
229.00
0.00
24.00
9.36
67.12
Mt.
Hac.
Hac.
No.
9000
90
0
70
114
8300
8300
59000
5000
50
0
20
5070
5.70
4.15
0.00
11.80
21.65
0
0
0
10
10.00
0
0
0
5.90
5.90
0
0
0
0
0.00
0
0
0
0
0.00
10.26
7.47
0.00
41.30
59.03
4000
40
0
0
4040
4.56
3.32
0.00
0.00
7.88
0
0
0
40
40.00
0
0
0
23.60
23.60
III
(1)
(2)
D
I
(1)
(2)
(3)
(4)
(5)
6
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(1)
(2)
III
(1)
(2)
(3)
E.
Bank Stabilization
Total
Total Watershed Development Works
Enterprises
No.
No.
9000
0
590
0.00
53.10
53.10
718.11
0
0
0.00
2000
0.00
112.99
0.00
11.80
11.80
222.07
0.00
4000
4000
0.00
0.00
0.00
0.00
0.00
23.6
2000
11.8
1000
5.90
23.60 2000.00 11.80 1000.00 5.90
194.43
115.60
73.02
15%
Crop Demonstration /Fodder Demonstration
Agro Forestry
Organic Farming
i Compost Pit
Household Production System& Micro
Rearing,Service sector Carpentry Tailoring,
Blacksmith, Repair shop for Cycle.
No.
No.
No.
No.
12163
55000
119
1200
1090
18
6100
500
132.41
9.90
7.33
6.00
0
0
0
0
0.00
0.00
0.00
0.00
1000
15000
20
200
10.90
2.70
1.22
1.00
3000
20000
50
400
32.70
3.60
3.08
2.00
4000
20000
30
400
43.60
3.60
1.86
2.00
4163
0
19
200
45.21
0
1.17
1.00
No.
No.
1400
140
1650
2250
23.10
3.15
100
0
1.65
0.00
400
40
6.60
0.90
400
40
6.60
0.90
300
40
4.95
0.90
200
20
3.30
0.45
No.
167
27500
46.00
0
0.00
10
2.75
55
15.12
52
14.30
50
13.83
Water Tank.
HDPE/ PVC Pipe
Nepesek Spraier by hand mounted
Hand rotetary duster
Seed cum fertilizer drill
Isopam (Threser)
Total
No.
No.
No.
No.
No.
No.
No.
50000
15000
650
850
750
15000
40000
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
227.89
16.56
0.72
17.28
64.00
9.20
0.40
9.60
Total
Animal Health Camps
Total
Consolidation
Grand Total
No.
Hac
36000
90
0
46
800
No.
No.
No.
6
580
60
10000
500
10000
3%
0.60
2.90
6.00
9.50
254.67
33.79
1254.33
1.65
26.07
0
0
0.00
0.00
0.00
16000
40
7.36
0.32
7.68
20000
50
0
0
12
0.00
0.00
1.20
1.20
2.85
0.00
232.97
2
200
12
0.20
1.00
1.20
2.40
36.15
0.00
295.39
2
200
12
0.20
1.00
1.20
2.40
76.00
11.00
315.21
71.21
64.96
0
0
0
0
0.00
0
0
0
0
0.00
2
180
12
0.20
0.90
1.20
2.30
73.51
11.00
229.96
0
0
12
0
0
1.20
1.20
66.16
11.79
180.80
CHAPTER V
ANNUAL ACTION PLAN THROUGH CONVERGENCE
STATE: RAJASTHAN
DISTRICT: JALORE
S.No
Activity
1
AI
II
III
2
Administration cost
Monitoring
Evaluation
Total
(DPR)
Total
Dam)
Wasteweir
Total
BI
II
III
C
(1)
(2)
(3)
(4)
(5)
II
(1)
(2)
(3)
(4)
Total
EFFECTIVE AREA:
TOTAL : 7508 Hac
Unit Quantity
3
10%
1%
1%
12%
4%
5%
4
0
0
0
0
0
0
1%
10%
0
0
60%
Hac.
No.
0
0
No.
No.
No.
0
0
0
Mt.
Hac.
Hac.
No.
0
0
160
0
Unit
Cost
5
Total
1st year
Fin
Cost Phy
7
6
8
2nd year
Phy
Fin
9
10
3rd year
Phy
Fin
11
12
4th year
Phy
Fin
13
14
5th year
Phy
Fin
15
16
0
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
13.28
0.00
13.28
0
0
0.00
0.00
0.00
0.00
0
0
0.00
0.00
0.00
0.00
60
0
60.00
4.98
0.00
4.98
50
0
50.00
4.15
0.00
4.15
50
0
50.00
4.15
0
4.15
8300
0
III
(1)
(2)
D
I
(1)
(2)
(3)
(4)
(5)
6
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(1)
(2)
III
(1)
(2)
(3)
E.
Bank Stabilization
Total
Enterprises
Agro Forestry
Organic Farming
i Compost Pit
Water Tank.
HDPE/ PVC Pipe
Isopam (Threser)
Total
Total
Animal Health Camps
Total
Consolidation
Grand Total
No.
No.
0
0
0
0.00
0.00
0.00
13.28
0
0
0.00
0
0
0
No.
No.
0
0
0
0
0
0
0
0
0
0
0
0
No.
0
No.
No.
No.
No.
No.
No.
No.
60
90
45
36
48
40
25
0.00
0.00
0.00
0.00
0.00
0
0.00
0.00
0
0.00
4.98
0.00
0
0.00
0.00
0
0.00
4.15
0.00
0
0.00
0.00
0.00
0.00
4.15
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
10
0
0
0
0
0
0
1.50
0
0
0
0
0
10
20
0
0
13
10
4
5.00
3.00
0
0
0.10
1.50
1.60
20
20
15
12
13
10
7
10.00
3.00
0.10
0.10
0.10
1.50
2.80
20
20
15
12
13
10
7
10.00
3.00
0.10
0.10
0.10
1.50
2.80
10
20
15
12
9
10
7
5.00
3.00
0.10
0.10
0.07
1.50
2.80
0.00
0.00
0.00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
50000
15000
650
850
750
15000
40000
30.00
13.50
0.30
0.30
0.37
6.00
10.00
15%
No.
No.
No.
No.
No.
60.47
1.50
11.20
17.60
17.60
12.57
Hac
0
0
0.00
0
0
0
0
0.00
0
0
0
0
0.00
0
0
0
0
0.00
0
0
0
0
0.00
0
0
0
0
0.00
0
0
0
0
0.00
No.
No.
No.
0
0
0
0
0
0
0
0
0
0.00
60.47
0.00
73.75
0
0
0
0
0
0
0.00
1.50
0.00
1.50
0
0
0
0
0
0
0.00
11.20
0.00
11.20
0
0
0
0
0
0
0.00
17.60
0.00
22.58
0
0
0
0
0
0
0.00
17.60
0.00
21.75
0
0
0
0
0
0
0.00
12.57
0.00
16.72
3%
CHAPTER IV
ACTIVITY WISE TOTAL ABSTRACT OF COST
STATE: RAJASTH AN
DISTRICT: JALORE
AGROCLIMATIC ZONE: 093
GEOGRAPHICAL AREA: 7939 Hac.
EFFECTIVE AREA:
TOTAL : 7508 Hac
S.No
Activity
Unit
Quanti
ty
Unit
Cost
Total
Cost
1
AI
II
III
2
Administration cost
Monitoring
Evaluation
Total
(DPR)
Total
Dam)
Wasteweir
Total
3
10%
1%
1%
12%
4%
5%
4
0
0
0
0
0
0
5
0
0
0
0
0
0
6
112.62
11.26
11.26
135.14
45.05
56.31
7
112.62
11.26
11.26
135.14
45.05
56.31
8
0.00
0.00
0.00
0.00
0.00
0.00
9
0.00
0.00
0.00
0.00
0.00
0.00
1%
10%
0
0
0
0
2450
190
0
0
0
0
8250
59000
11.26
112.62
0.00
0.00
202.12
112.10
11.26
112.62
0.00
0.00
187.99
104.26
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
14.13
7.84
0
290
249
0
0
80000
24000
0
0.00
232.00
59.76
605.98
0.00
215.78
55.56
563.59
0.00
0.00
0.00
0.00
0.00
16.22
4.20
42.39
0
9000
90
160
70
0
0
0
9000
4500
0
0
114
8300
8300
59000
0
0
0
590
0
0
0.00
10.26
7.47
13.28
41.30
72.31
0.00
0.00
53.10
53.10
731.39
0.00
10.26
7.47
0.00
41.30
59.03
0.00
0.00
53.10
53.10
675.72
0.00
0.00
0.00
13.28
0.00
13.28
0.00
0.00
0.00
0.00
13.28
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
42.39
BI
II
III
C
(1)
(2)
(3)
(4)
(5)
II
(1)
(2)
(3)
(4)
III
(1)
(2)
D
I
(1)
(2)
(3)
(4)
(5)
60%
Hac.
No.
No.
No.
No.
Cost from Conver Beneficia
Project
gence
ry
Fund
Fund contribut
ion
Total
Bank Stabilization
Total
Enterprises
Mt.
Hac.
Hac.
No.
15%
0
0
0
0
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
Agro Forestry
Organic Farming
i Compost Pit
No.
No.
No.
No.
12163
55000
119
1200
0
1400
140
1090
18
6100
500
0
1650
2250
132.41
9.90
7.33
6.00
0.00
23.10
3.15
83.17
6.21
4.57
3.79
0.00
14.53
1.97
0.00
0.00
0.00
0.00
0.00
0.00
0.00
49.24
3.69
2.76
2.21
0.00
8.57
1.18
No.
No.
No.
No.
6
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(1)
(2)
III
(1)
(2)
(3)
E.
Water Tank.
HDPE/ PVC Pipe
Isopam (Threser)
Total
Total
Animal Health Camps
Total
Consolidation
Grand Total
No.
No.
No.
No.
No.
No.
No.
No.
No.
Hac
No.
No.
No.
3%
167
60
90
45
36
48
40
25
27500
50000
15000
650
850
775
15000
40000
46.00
30.00
13.50
0.30
0.30
0.37
6.00
10.00
28.92
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
30.00
13.50
0.30
0.30
0.37
6.00
10.00
17.08
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
0
288.36
143.16
60.47
84.73
46
16.56
800
0.72
0
17.28
0
0.00
10000
0.60
500
2.90
10000
6.00
0
9.50
0
315.14
0
33.79
0
1328.08
16.56
0.72
17.28
0.00
0.60
1.89
6.00
8.49
168.93
33.79
1126.20
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
60.47
0.00
73.75
0.00
0.00
0.00
0.00
0.00
1.01
0.00
1.01
85.74
0.00
128.13
36000
90
0
0
6
580
60
0
0
0
0
CHAPTER IV
ACTIVITY WISE TOTAL ABSTRACT OF COST GRAM PANCHAYAT CHANTWARA
STATE: RAJASTH AN
DISTRICT: JALORE
S.No
Activity
1
AI
II
III
2
Administration cost
Monitoring
Evaluation
Total
(DPR)
Total
Dam)
Wasteweir
Total
BI
II
III
C
(1)
(2)
(3)
(4)
(5)
II
(1)
(2)
(3)
(4)
III
(1)
(2)
D
I
(1)
(2)
(3)
(4)
(5)
EFFECTIVE AREA:
TOTAL : 2990 Hac
Unit Quanti Unit
ty
Cost
Total
Cost
Cost from
Project
Fund
3
10%
1%
1%
12%
4%
5%
4
0
0
0
0
0
0
5
0
0
0
0
0
0
6
44.85
4.48
4.49
53.82
17.94
22.43
7
44.85
4.48
4.49
53.82
17.94
22.43
1%
10%
0
0
0
0
1204
100
0
0
0
0
8250
59000
4.48
44.85
0.00
0.00
99.33
59.00
4.48
44.85
0.00
0.00
92.39
54.87
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
6.94
4.13
0
110
104
0
0
0.00
80000 88.00
24000 24.96
0
271.29
0.00
81.84
23.21
252.31
0.00
0.00
0.00
0.00
0.00
6.16
1.75
18.98
0
4000
40
40
30
0
0
0
3500
0
0
0
0.00
114
4.56
8300
3.32
8300
3.32
59000 17.70
0
28.90
0
0.00
0
0.00
590
20.65
590
20.65
0
320.84
0.00
4.56
3.32
0.00
17.70
25.58
0.00
0.00
20.65
20.65
298.54
0.00
0.00
0.00
3.32
0.00
3.32
0.00
0.00
0.00
0.00
3.32
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
18.98
60%
Hac.
No.
No.
No.
No.
Conver Benefici
gence
ary
Fund contribu
tion
9
8
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
Total
Bank Stabilization
Total
Enterprises
Mt.
Hac.
Hac.
No.
15%
0
0
0
0
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
Agro Forestry
Organic Farming
i Compost Pit
No.
No.
No.
No.
5607
21000
54
450
0
600
60
1090
18
6100
500
0
1650
2250
61.41
3.78
3.35
2.25
0.00
9.90
1.35
38.58
2.37
2.08
1.43
0.00
6.23
0.84
0.00
0.00
0.00
0.00
0.00
0.00
0.00
22.83
1.41
1.27
0.82
0.00
3.67
0.51
No.
No.
No.
No.
6
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(1)
(2)
III
(1)
(2)
(3)
E.
Water Tank.
HDPE/ PVC Pipe
Isopam (Threser)
Total
Total
Animal Health Camps
Total
Consolidation
Grand Total
No.
No.
No.
No.
No.
No.
No.
No.
No.
Hac
No.
No.
No.
3%
44
30
30
15
12
13
10
10
50000
50000
15000
650
850
775
15000
40000
23.00
15.00
4.50
0.10
0.10
0.10
1.50
4.00
14.46
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
15.00
4.50
0.10
0.10
0.10
1.50
4.00
8.54
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
0
130.34
65.99
25.30
39.05
16000
46
7.36
40
800
0.32
0
0
7.68
0
0
0.00
2
10000 0.20
250
500
1.25
30
10000 3.00
0
0
4.45
0
0
142.47
0
0
13.46
0
0
575.44
7.36
0.32
7.68
0.00
0.20
0.81
3.00
4.01
77.68
13.46
488.35
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
25.30
0.00
28.62
0.00
0.00
0.00
0.00
0.00
0.44
0.00
0.44
39.49
0.00
58.47
CHAPTER IV
ACTIVITY WISE TOTAL ABSTRACT OF COST GRAM PANCHAYAT KARDA
STATE: RAJASTHAN
DISTRICT: JALORE
GEOGRAPHICAL AREA:3423Hac.
EFFECTIVE AREA:
TOTAL : 2990 Hac
S.No
Activity
Unit
Quanti
ty
Unit
Cost
Total
Cost
Cost from
Project
Fund
1
AI
II
III
2
Administration cost
Monitoring
Evaluation
Total
(DPR)
Total
Dam)
Wasteweir
Total
3
10%
1%
1%
12%
4%
5%
4
0
0
0
0
0
0
5
0
0
0
0
0
0
6
49.80
4.98
4.98
59.76
19.92
24.90
7
49.80
4.98
4.98
59.76
19.92
24.90
1%
10%
0
0
0
0
806
60
0
0
0
0
8250
59000
4.98
49.80
0.00
0.00
66.49
35.40
4.98
49.80
0.00
0.00
61.84
32.93
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
4.65
2.47
0
120
117
0
0
80000
24000
0
0.00
96.00
28.08
225.97
0.00
89.28
26.10
210.15
0.00
0.00
0.00
0.00
0.00
6.72
1.98
15.82
0
3000
30
80
30
0
0
0
4000
3000
0
0
114
8300
8300
59000
0
0
0
590
590
0
0.00
3.42
2.49
6.64
17.70
30.25
0.00
0.00
23.60
23.60
279.82
0.00
3.42
2.49
0.00
17.70
23.61
0.00
0.00
23.60
23.60
257.36
0.00
0.00
0.00
6.64
0.00
6.64
0.00
0.00
0.00
0.00
6.64
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
15.82
BI
II
III
C
(1)
(2)
(3)
(4)
(5)
II
(1)
(2)
(3)
(4)
III
(1)
(2)
D
I
(1)
(2)
(3)
(4)
(5)
60%
Hac.
No.
No.
No.
No.
Conver Beneficia
gence
ry
Fund contribut
ion
9
8
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
Total
Bank Stabilization
Total
Enterprises
Mt.
Hac.
Hac.
No.
15%
0
0
0
0
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
Agro Forestry
Organic Farming
i Compost Pit
No.
No.
No.
No.
4508
27000
45
550
0
600
60
1090
18
6100
500
0
1650
2250
49.00
4.86
2.75
2.75
0.00
9.90
1.35
30.77
3.05
1.72
1.73
0.00
6.22
0.85
0.00
0.00
0.00
0.00
0.00
0.00
0.00
18.23
1.81
1.03
1.02
0.00
3.68
0.50
No.
No.
No.
No.
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(1)
(2)
III
(1)
(2)
(3)
E.
Water Tank.
HDPE/ PVC Pipe
Isopam (Threser)
Total
Total
Animal Health Camps
Total
Consolidation
Grand Total
No.
No.
No.
No.
No.
No.
No.
No.
No.
Hac
No.
No.
No.
3%
85
20
40
15
12
22
20
10
14285
50000
15000
650
850
775
15000
40000
15.00
10.00
6.00
0.10
0.10
0.17
3.00
4.00
9.44
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
10.00
6.00
0.10
0.10
0.17
3.00
4.00
5.56
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0
0
108.98
53.78
23.37
31.83
12000
30
0
0
3
230
20
0
0
0
0
46
800
0
0
10000
500
10000
0
0
0
0
5.52
0.24
5.76
0.00
0.30
1.15
2.00
3.45
118.19
14.94
522.51
5.52
0.24
5.76
0.00
0.30
0.76
2.00
3.06
62.60
14.94
444.46
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
23.37
0.00
30.01
0.00
0.00
0.00
0.00
0.00
0.39
0.00
0.39
32.22
0.00
48.04
CHAPTER IV
ACTIVITY WISE TOTAL ABSTRACT OF COST GRAM PANCHAYAT DANTWARA
STATE: RAJASTH AN
DISTRICT: JALORE
S.No
Activity
1
AI
II
III
2
Administration cost
Monitoring
Evaluation
Total
(DPR)
Total
Dam)
Wasteweir
Total
BI
II
III
C
(1)
(2)
(3)
(4)
(5)
II
(1)
(2)
(3)
(4)
III
(1)
(2)
D
I
(1)
(2)
(3)
(4)
(5)
GEOGRAPHICAL AREA: 1312 Hac.
EFFECTIVE AREA:
(I) ARABLE LAND:963 HAC.
TOTAL : 1198 Hac
Unit Quanti
ty
Unit
Cost
Total
Cost
Cost from
Project
Fund
Conver Benefici
gence
ary
Fund contribu
tion
8
9
0
0
0
0
0
0
0.00
0.00
0
0
0
0
3
10%
1%
1%
12%
4%
5%
4
0
0
0
0
0
0
5
0
0
0
0
0
0
6
17.97
1.80
1.79
21.56
7.19
8.98
7
17.97
1.80
1.79
21.56
7.19
8.98
1%
10%
0
0
0
0
1.80
17.97
1.80
17.97
0
0
0
0
60%
Hac.
No.
440
30
8250
59000
36.30
17.70
33.76
16.46
0
0
2.54
1.24
No.
No.
No.
0
60
28
0
80000
24000
0
48.00
6.72
108.72
0
44.66
6.25
101.13
0
0
0
0
0
3.34
0.47
7.59
Total
Bank Stabilization
Total
Enterprises
Mt.
Hac.
Hac.
No.
2000
20
40
10
114
8300
8300
59000
2.28
1.66
3.32
5.90
13.16
2.28
1.66
0
5.90
9.84
0
0
3.32
0
3.32
0
0
0
0
0
No.
No.
0
1500
1500
0
590
0
8.85
8.85
130.73
0
8.85
8.85
119.82
0
0
0
3.32
0
0
0
7.59
Agro Forestry
Organic Farming
i Compost Pit
No.
No.
No.
No.
2048
7000
20
200
1074
18
6100
500
22.00
1.26
1.23
1.00
13.82
0.79
0.77
0.63
0.00
0
0
0
8.18
0.47
0.46
0.37
No.
No.
200
20
1650
2250
3.30
0.45
2.08
0.28
0
0
1.22
0.17
15%
(6)
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(1)
(2)
III
(1)
(2)
(3)
E.
Water Tank.
HDPE/ PVC Pipe
Isopam (Threser)
Total
Total
Animal Health Camps
Total
Consolidation
Grand Total
No.
38
No.
No.
No.
No.
No.
No.
No.
10
20
15
12
13
10
5
21000
50000
15000
650
850
775
15000
40000
No.
8000
46
Hac
20
800
No.
No.
No.
1
100
10
10000
500
10000
3%
8.00
5.00
3.00
0.10
0.10
0.10
1.50
2.00
5.02
0
0
0
0
0
0
0
0
5.00
3.00
0.10
0.10
0.10
1.50
2.00
2.98
0
0
0
0
0
0
0
49.04
23.39
11.8
13.85
3.68
0.16
3.84
3.68
0.16
3.84
0
0
0
0
0
0
0.10
0.50
1.00
1.60
54.48
5.39
230.13
0.10
0.32
1.00
1.42
28.65
5.39
193.39
0
0
0
0
11.80
0
15.12
0
0.18
0
0.18
14.03
0
21.62
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % lkejkuh yEckbZ izfr gSDV;j 50 eh0
dk;Z dk uke&d`f’k Hkwfe ij
osthVsVhodUVwj caM
{kS=Qy% 01 gSDVs;j
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100.00
ehVj
0.47
0.47
47.00
47.00
92.50
?k-eh-
84.80
84.80
7844.00
7844.00
0.60
0.60
60.00
60.00
-
50.00
2
3
100.00
4
/kkeu ?kkl cht
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
1.00
ehVj
fd-xzk
50.00
7951.00
8001.00
240.03
8241.03
7951.00
290.03
Say
8241.03
8250.00
314 gSDV;j @ 8250/
8250 gSDV;j =2590000-00
1. ifj;kstuk ykxr =2409000-00
2.d`"kd fgLlk jkf'k = 181000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
d`f’k Hkwfe ij
osthVsfVocaM
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x 50 = 100 ehVj
2
50x(0.60+3.10)x 1.00
2
= 92.50. ?k-eh-
3
4
/kkeu ?kkl cht
2 x 50 = 100 eh-
100
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % lkejkuh
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
30 vnZu caM @ 59000/
59000 vnZu caM =1770000-00
2.d`"kd fgLlk jkf'k = 124000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
IV ¼I.W.M.P½
{kerk
Ø-la-
nj
fooj.k
1
yhVj
35000
ek=k bdkbZ
jkf”k
Je
dqy
Je
dqy
14.96
?k-eh-
82.00
82.00
1226.72
1226.72
17.61
?k-eh-
130.00
130.00
2289.30
2289.30
17.61
?k-eh-
23.50
23.50
413.84
413.84
7.50
?k-eh-
255.05 1835.00
1912.88
13762.50
32.08
o-eh-
27.25
121.00
874.18
3881.68
5.05
?k-eh-
602.10 3719.00
3040.61
18780.95
ii fo?kfVr p~Íku
2
3
4
5
l n½
fy,
rjkbZ lesrA
vuqlkj
6
7
8
9
10
11
12
lhesUV elkyk 1%6
4.88
?k-eh-
366.00 2954.00
1786.08
14415.52
38.67
o-eh-
42.60
104.00
1647.34
4021.68
2.10
o-eh-
162.00 1020.00
340.20
2142.00
9.41
o-eh-
243.00
796.00
2286.63
7490.36
16.71
o-eh-
84.00
218.00
1403.64
3642.78
62.68
o-eh-
42.60
89.00
2670.17
5578.52
1.00
ux
0
600.00
0.00
600.00
19891.58
78245.85
eh-eh
¼cktkj nj½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2347.38
80593.22
19891.58
60701.65
say
80593.22
80000.00
30 Vkads @ 80000/
80000 Vakdk = 2400000 .00
1. ifj;kstuk ykxr =2232000.00
2232000 00
2.d`"kd fgLlk jkf'k =168000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
tylaxzg.k Vkadk
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
Vakdk& /4×(3.35)2×1.50=13.21?k-ehvkxksj& /4×(8.50)2 &(8.05)2×0.30= 1.75
;ksx=14.96 ?k-eh
/4×(3.35)2×1.50=13.21 ?k-eh-
ii fo?kfVr p~Íku
l n½
2
13-21 ?ku-eh-
120
13-21 ?ku-eh4.4 ?ku-eh-
;ksx=17-61?k-eh
3
rjkbZ lesrA
¼ft-Lr-nj-vuq-2010la”kks- ist la- 6 vkbZVe la- 11v½
4
vuqlkj
×3.05×3.35=32.08 o-eh
5
/4×[(3.35)2 &(3.05)2]×3.35=5.05?k-eh6
7
lhesUV elkyk 1%6
v½
/4×[(3.50)2 &(3.05)2]×0.60=1.38?k-eh/4×[(8.50)2 &(8.05)2]×0.60=3.50?k-eh-
;ksx=4.88 ?k-eh
×3.05×3.35 =32.08 o-eh×3.50×0.60 = 6.59
;ksx=38.67 o-eh-
o-eh-
8
2×3.50×0.30=2.10 o-eh9
10
11
12
eh-eh
¼ft-Lr-nj-vuq-2010 la”kks- ist la- 13 vkbZVe la68c½
o-eh?kVk;k 0-45×0.45 =0.20 o-eh=9.41 o-eh/4×(3.50)2=9.61
/4×(3.05)2=7.30 o-eh/4×(3.50)2=9.61 o-eh;ksx= 16.71 o-eh?kVk;k 0-45×0.45 =0.20 o-eh=16.71 o-eh-
/4×[(8.50)2 &(3.50)2]=47.10 o-eh8.50×0.30=8.00 o-eh8.05×0.30=7.58
;ksx =62.68 o-eh-
¼cktkj nj½
1 uax
o-eh-
ykxr rdehuk
dk;Z dk uke& osLVfo;j
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
2
3
4
ek=k bdkbZ
nwjh rd fuLrkj.k
jkf”k
Je
dqy
Je
dqy
82.00
370.64
370.64
4.52
?k-eh-
82.00
1.00
?k-eh-
255.05 2338.00
255.05
2338.00
18.63
?k-eh-
183.00 968.00
3409.29
18033.84
2.19
o-eh-
141.00 298.00
308.79
652.62
7.13
o-eh-
71.15
132.00
507.30
941.16
5.08
o-eh-
84.00
218.00
426.72
1107.44
rjkbZ lesrA
elkys esa
uho esa
vf/kjpuk esa
5
fe-eh6
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
5277.79
23443.70
703.31
24147.01
5277.79
18869.22
say
24147.01
24000.00
28 osLVoh;j @ 24000/
24000 osLVoh;j =672000-00
2.d`"kd fgLlk jkf'k = 47000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
dk;Z dk uke&
osLV os;j
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
H.W. 1x7.50x2.50x2.00=37.50 ?ku fQV
S.W.2x9.00x2.00x2.00=72.00
W.W. 4x2.00x2.00x2.00=32.00
A.P.1x7.50x3.25x0.75x=18.28
159.78 ?ku fQV
4.52 ?ku ehVj
2
rjkbZ lesrA
35.37 ?ku fQV
1.00 ?ku ehVj
3
elkys esa
uho esa
vf/kjpuk esa
H.W. 1x7.5x2.5x1.50=28.12 ?ku fQV
S.W.2x9.0x2.0x1.5=54.00
W.W. 4x2.00x2.00x1.5=24.00
H.W. 1x7.5x2.5+1.50/2x1.00=15.00
2
S.W.2x9.0x1.50x1.00=27.00
S.W. 2x9.00+3.00/2x1.50=40.50
2
W.W. 4x2.00x1.50x1.00=12.00
200.62
say
18.63 ?ku0eh-
4
1x7.50x3.15=23.62 o-fQVSay 2.19 o-eh-
5
fe-eh-
H.W. 1x7.50x1.00=7.50 o-fQV
H.W. 1x7.50x1.50=11.25
S.W2x9.00x1.00=18.00
S.W.2x9.00+3.00x2.15=30.00
2
W.W.4x3.50x1.00=14.00
80.75
?kVk;k 2x2.5+1.5x1.00=4.00
2
=76.75
6
S.W.2x3.00x1.50=9.00
W.W.4x2.00x1.50=12.00
= 54.75
say 5.08
ykxr rdehuk
IV ¼I.W.M.P½
yEckbZ 100 ehVj
Ø-la-
nj
fooj.k
1
2
3
4
5
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200
ehVj
0.47
0.47
94.00
94.00
110
?k-eh-
82.00
82.00
9020.00
9020.00
9.92
9.92
198.40
198.40
-
40.00
16.67
16.67
fuLrkj.k djukA
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2000
2.00
100
ux@100
fd-xzk
ehVj
80.00
1667.00
1667.00
10979.40
11059.40
331.78
11391.18
10979.40
411.78
Say
11391.18
11400.00
Rs.114 / meter
2000 ehVj @ 114/
114 ehVj =228000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
1
=100
ehVj
2x100 ehVj = 200
fuLrkj.k djukA
ehVj
200x(1.60+0.60)x1.0
2
= 110.00 ?k-eh
3
3x100=300x100
15
=2000 uax
4
100 eh0 @ 2
fdyks@100 eh0
=2 fd-xzk
5
100 ehVj
MODEL ESTIMATE
IV ¼I.W.M.P½
xkao dk uke % HkkiMh
Ø-lafooj.k

{kS=Qy% 1-00 gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2
3
eh0
800 eh-
800 ehx1/2x0.60x0.30=72.00 ?ku0eh0
4
5
800 eh800 eh- @ 1 fd-xzk-@100
ehVj=8 kg
ykxr rdehuk
IV ¼I.W.M.P½

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
20 gSDV;j @ 8300/
8300 gSDV;j =166000-00
ykxr rdehuk
dk;Z dk uke& vd`f’k Hkwfe ij vnZu c.M
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
10 vnZu caM @ 59000/
59000 vnZu caM =590000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
¼cSd LVsfcykbZts'ku½
yEckbZ 100 ehVj
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
:
59217.24
59000.00
590 @ehVj
1000 ehVj @ 590/
590 ehVj =590000-00
MODEL ESTIMATE
yEckbZ 100 ehVj
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
Name of Village : Samrani
Name of Work –– Crop/Folder Demostration
Quntity
A
1
2
3
4
5
Rate
Amount
500
No.
975
487500
Guar
100
No.
775
77500
Moong+Bajra
659
No.
1300
856700
Mustered
100
No.
750
75000
1359
No.
3800
1496700
100
No.
1525
152500
1459
-
-
1649200
Total
B
Unit
Lucern
Grant Total
Say1650000.00
ykxr rdehuk
S.No
1
2
3
4
5
6
7
Quantity
Rate
Amount
Tomato
10 gm
130/10gm
130.00
Brinjal
10 gm
20/10gm
20.00
Lady finger
100 gm
100/500gm
20.00
Onion
20 gm
100/100gm
20.00
Radish
10 gm
20/10gm
20.00
Chilli
10 gm
80/10gm
80.00
Caaliflower
Total
10 gm
210/10gm
210.00
500.00
Rs. 500 Per No.
100 fdV @500/
500 fdV =50000-00
ykxr rdehuk
Ø-la-
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10
{kS=Qy% 0-20
IV ¼I.W.M.P½
lqqijQkLQsV
nj
Je
jkf”k
ek=k
bdkbZ
dqy
17.28
?k-eh-
800
fd-xzk-
-
2.50
20
-
3.50
-
4.00
-
-
-
5.00
-
100.00
82.00 82.00
Je
dqy
1416.96
1416.96
-
2000.00
iksVk'k
;wfj;k
20
fd-xzkfd-xzkfd-xzk-
8
fd-xzk-
-
12.00
80
3.00
3.00
240.00
240.00
80
la[;k
la[;k
-
15.00
-
1200.00
0.25
yhVj
-
360.00
-
90.00
160
la[;k
0.21
0.21
33.60
33.60
1690.56
5246.56
ikS/ks jksi.k djuk
ikS/kksa dh dher
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
70.00
96.00
157.40
5403.96
1690.56
3713.40
5403.96
Say
5400.00
5 ;wfuV @ 5400/
5400 ;wfuV =27000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
{kS=Qy% 0-20
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
80x0.60x0.60x0.60= 17.28 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
iksVk'k
;wfj;k
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
fd-xzk-
80 xMMs~ @ 0.10 fd-xzk-@xM~Mk =8.00
fd-xzk-
ikS/ks jksi.k djuk
9
10
ikS/kksa dh dher
fd-xzk-
-
80
8
fd-xzk-
80
0.25 yhVj-@;wfuV
160
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]

y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.25 fd-xzk-@xM~Mk=13.75
iksVk'k
;wfj;k
55 xMMs~ @ 0.05 fd-xzk-@xM~Mk=2.75
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10

nj
Je
jkf”k
dqy
Je
dqy
3287.38
3287.38
-
1375.00
ek=k
bdkbZ
40.09
?k-eh-
xkscj dh [kkn
lqqijQkLQsV
550
-
2.50
-
3.50
iksVk'k
;wfj;k
3.00
-
4.00
-
12.00
6
fd-xzkfd-xzkfd-xzkfd-xzk-
-
5.00
-
30.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
25.00
-
1375.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
6478.48
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
14
82.00 82.00
49.00
72.00
194.35
6672.83
3475.48
3197.35
6672.83
Say
6700.00
6 ;wfuV @ 6700/
6700 ;wfuV =40200-00
Say = 40,000.00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10

nj
ek=k
bdkbZ
40.09
?k-ehfd-xzk-
Je
jkf”k
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
-
2.50
-
3.50
-
4.00
-
20.00
12
fd-xzkfd-xzkfd-xzk-
-
5.00
-
60.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
15.00
-
825.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
5987.48
lqqijQkLQsV
iksVk'k
;wfj;k
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
550
20
5.00
70.00
72.00
179.62
6167.10
3475.48
2691.62
6167.10
Say
6200.00
9 ;wfuV @ 6200/
6200 ;wfuV =55800-00
Say = 56,000.00
MODEL ESTIMATE
IV ¼I.W.M.P½

Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.35 fd-xzk-@xM~Mk =19.25
iksVk'k
;wfj;k
55 xMMs~ @ 0.08 fd-xzk-@xM~Mk =4.4
fd-xzk-
say 5.00 fd-xzk-
55 xMMs~ @ 0.22 fd-xzk-@xM~Mk=12.10
fd-xzk-
say 12.00 fd-xzk-
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk =5.50
fd-xzk-
say 6.00 fd-xzk-
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
fd-xzk-
say 20 fd-xzk-
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
2
3
4
ikS/kksa dh la[;k % 100
y-xpkS
x- = dqy ek=k
y- pkS- xx100
ikS/ks jksi.k djuk
ikS/kksa dh dher
100
108 ikS/ks (100+8=108) 8%
xM~Ms
ikS/ks
108 ikS/ks
5
6
100 ikS/ks@ 0.03
2x100 ikS/ks@ 0.05
7
100 ikS/ks
ykxr rdehuk
IV ¼I.W.M.P½

Ø-la-
1
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
3.00
3.00
300.00
300.00
108
la[;k
-
5.00
-
540.00
-
908.21
3
ikS/kksa dh dher
4
la[;k
@1000
108
98.09
5
3
fd-xzk-
-
10.00
-
30.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
10
fd-xzkla[;k
-
12.00
-
120.00
0.21
0.21
21.00
21.00
1001.00
1789.09
6
7
100
53.67
1842.76
1001.00
841.76
1842.76
Say
1800.00
Say 18 : @ ikS/kk
7000 ikS/ks @18/
18 ikS/kk =126000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
2x3-00x2-00x0-90=10-80 ?k-eh
ek=k
bdkbZ
10.80
?k-eh
flaxy lqij QkLQsV
150.00
fd-xzk-
;wfj;k
dYpj iSfdaV
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
30.00
fd-xzkla[;k
3.00
Je
jkf”k
dqy
Je
dqy
885.60
885.60
3.60
-
540.00
5.00
-
150.00
10.00
-
30.00
885.60
1605.60
82.00 82.00
-
-
48.17
1653.77
885.60
768.17
1653.77
Say
1650.00
1650@ fiV
200 ;wfuV @1650/
1650 ;wfuV =330000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
djuk e; rjkbZ ds A
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
ek=k
bdkbZ
Je
jkf”k
dqy
Je
dqy
0.49
?k-eh
82.00 82.00
40.18
40.18
3.30
oxZ eh-
77.40 402.00
255.42
1326.60
5.00
fd-xzkoxZ eh-
2.81
-
150.00
-
750.00
-
25.00
-
70.25
295.60
2187.03
65.61
2252.64
295.60
1957.04
2252.64
Say
2250 @ ;wfuV
20;wfuV @ 2250/
2250 ;wfuV
2250.00
45000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
djuk e; rjkbZ ds A
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x1.85 x0.12 x0.075=0.033 ?k-eh2x0.90 x0.12 x0.075=0.016 ?k-eh-
;ksx = 0.049 ?k-eh2x1.85 x0.60=2.22 oxZ
ehVj
2x0.90 x0.60=1.08 oxZ ehVj
;ksx
= 3.30 oxZ
ehVj
5 fdyks
1x2.25 x1.25=2.81 oxZ
ehVj
ykxr rdehuk
Name of Work ––Name of Work – Live Stock
Management
Area: 2494 ha.
Quntity
Animal Health Camp(One Day)
1 (Medicine,doctor honorarium, vehicle and
Publicity Charge)
Unit
Rate
Amount
10
No.
10000
100000
100
No.
500
50000
1
No.
10000
10000
111
No.
-
160000
2 Manger(For Cattle Feeding)
3 Buffalo Bull Distribution
Total
ykxr rdehuk
Name of Work –– Household Production &
Micro Enterprises
Area: 2494 Hac.
Quntity
Unit
Rate
Amount
1
No.
4000
4000
2. Black smith
0
No.
6000
0
3. Cycle repair
0
No.
6000
0
4.Potter
2
No.
12000
24000
5. Mason
3
No.
2000
6000
0
No.
12000
0
38000
152000
6. Foot wear
(i) Sheep(20+1=21No.)
4
(ii) Goat(10+1=11No.)
4
1
TOTAL
15
No.
No.
28000
No.
L.S.
112000
3
502000
800000
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-

100 ikS/ks
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
la[;k
3.00
3.00
300.00
300.00
0
5.00
0
540.00
la[;k
fd-xzk-
1.80
1.80
180.00
180.00
0.00
10.00
0.00
30.00
0.00 908.21
0.00
98.09
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
c okuLifrd dk;Z%&
3
4
5
6
ikS/kksa dh dher
108
100
3.00
108
7
8
9
10
100
la[;k
1.80
1.80
180.00
180.00
800
la[;k
1.80
1.80
1440.00
1440.00
400
1.20
1.20
480.00
480.00
0
29.83
0
357.96
10
la[;k
yhVj@
1000
fd-xzk-
0
15.00
0
150.00
200
la[;k
0.21
0.21
42.00
42.00
3302.00
4478.05
j[kj[kkc%&
12000
11
12
la[;k@
1000
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
134.34
4612.39
3302.00
1310.39
Say
46@
@izfr
4612.39
4600.00
ikS/kk
8000 ikS/ks @ 46/
46 ikS/kk =368000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
100 ikS/ks

Ø-lafooj.k
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx100 xM~Ms
c okuLifrd dk;Z%&
3
4
ikS/kksa dh dher
5
6
7
8
9
100 ikS/ks
108 (100+8 8% ikS/kksa
100
10
11
12
fd-xzk-
108
100
j[kj[kkc%&
2x4x100=800
(2
2(2x100)=400
(2
8x100=800 @ 15yhVj@izfr
ikS/kk 12000 yhVj
2x100=200 ikS/kk
¼2 ckj½
ykxr rdehuk
dk;Z dk uke & pjkxkg Hkwfe ij ?kkl cht cqokbZ
{kS=Qy% 1-00 gSDVjdk;Z
Ø-la-
1
nj
fooj.k
ek=k
bdkbZ
1.00
gSDV;j
8.00
fd-xzk-
Je
jkf”k
dqy
Je
dqy
55.35
431.35
-
400.00
55.35
831.35
fd-
55.35 431.35
2
cht dh jkf'k ¼/kke.k½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
50.00
24.94
856.29
55.35
800.94
856.29
Say
800.00
20 gSDV;j @ 800/
800 gSDV;j =16000-00
MODEL ESTIMATE
Ø-la-
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
fd1 gSDV;j
8 fdyks
izfr gSDV;j
MODAL ESTIMATE
Details
S.No.
Kharif Session
1. Single crop
(i) Moong
A
(ii) Cluster Bean
2. Intercropping
Moong
+
Bajra
B
Rabi Session
(i) Mustered
Area/
Demo.
(Hec.)
Seed
Qty.(kg.)
D.A.P
Amt.
Qty.(kg.)
S.S.P.
Amt.
Qty.(kg.)
Insectisides
Amt.
Qty.(M.L)
Amt.
Culture
No. of
Packt.
Amt.
605.00
0.04
6.00
330.00
-
-
25
90
500
175
1
10
0.04
8.00
192.00
25.00
250.00
-
-
500
175
1
10
3.00
+
1.00
165.00
30.00
25.00
250.00
25
90
500
-
175
-
1
10
1.50
75.00
25.00
250.00
-
-
500
175
1
10
0.04
0.04
Fodder Demos.
(i) Lucern
Say 600
627.00
Say 600
730.00
Say 700
510.00
Say 500
2400
2400/4 = 600
/ Demons.
Total
C
Amount/
Demo
0.04
3.00
750.00
10.00
100.00
-
-
-
-
1
10
860.00
Say 900
ykxr rdehuk
IV ¼I.W.M.P½
osthVsVhodUVwj caM
xkao dk uke % ukjk;.kuxj yEckbZ izfr gSDV;j 50 eh0 {kS=Qy% 01 gSDVs;j
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100.00
ehVj
0.47
0.47
47.00
47.00
92.50
?k-eh-
84.80
84.80
7844.00
7844.00
0.60
0.60
60.00
60.00
-
50.00
2
3
100.00
4
/kkeu ?kkl cht
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
1.00
ehVj
fd-xzk
50.00
7951.00
8001.00
240.03
8241.03
7951.00
290.03
Say
8241.03
8250.00
387gSDV;j @ 8250/
8250 gSDV;j =3193000-00
2.d`"kd fgLlk jkf'k = 223000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
d`f’k Hkwfe ij
osthVsfVocaM
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x 50 = 100 ehVj
2
50x(0.60+3.10)x 1.00
2
= 92.50. ?k-eh-
3
4
/kkeu ?kkl cht
2 x 50 = 100 eh-
100
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % ukjk;.kuxj
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
30 vnZu caM @ 59000/
59000 vnZu caM =1770000-00
2.d`"kd fgLlk jkf'k = 124000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
IV ¼I.W.M.P½
{kerk
Ø-la-
nj
fooj.k
1
yhVj
35000
ek=k bdkbZ
jkf”k
Je
dqy
Je
dqy
14.96
?k-eh-
82.00
82.00
1226.72
1226.72
17.61
?k-eh-
130.00
130.00
2289.30
2289.30
17.61
?k-eh-
23.50
23.50
413.84
413.84
7.50
?k-eh-
255.05 1835.00
1912.88
13762.50
32.08
o-eh-
27.25
121.00
874.18
3881.68
5.05
?k-eh-
602.10 3719.00
3040.61
18780.95
ii fo?kfVr p~Íku
2
3
4
5
l n½
fy,
rjkbZ lesrA
vuqlkj
6
7
8
9
10
11
12
lhesUV elkyk 1%6
4.88
?k-eh-
366.00 2954.00
1786.08
14415.52
38.67
o-eh-
42.60
104.00
1647.34
4021.68
2.10
o-eh-
162.00 1020.00
340.20
2142.00
9.41
o-eh-
243.00
796.00
2286.63
7490.36
16.71
o-eh-
84.00
218.00
1403.64
3642.78
62.68
o-eh-
42.60
89.00
2670.17
5578.52
1.00
ux
0
600.00
0.00
600.00
19891.58
78245.85
eh-eh
¼cktkj nj½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2347.38
80593.22
19891.58
60701.65
say
80593.22
80000.00
30 Vkads @ 80000/
80000 Vakdk = 2400000 .00
2232000 00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la-
dk;Z dk uke&
{kS=Qy% 01 gSDVs;j
fooj.k
1
tylaxzg.k Vkadk
y-xpkS
x- = dqy ek=k
y- pkS- xxVakdk& /4×(3.35)2×1.50=13.21?k-ehvkxksj& /4×(8.50)2 &(8.05)2×0.30= 1.75
;ksx=14.96 ?k-eh
/4×(3.35)2×1.50=13.21 ?k-eh-
ii fo?kfVr p~Íku
13-21 ?ku-eh-
l n½
120
2
13-21 ?ku-eh4.4 ?ku-eh-
;ksx=17-61?k-eh
3
4
5
6
7
rjkbZ lesrA
vuqlkj
lhesUV elkyk 1%6
v½
×3.05×3.35=32.08 o-eh
/4×[(3.35)2 &(3.05)2]×3.35=5.05?k-eh-
/4×[(3.50)2 &(3.05)2]×0.60=1.38?k-eh/4×[(8.50)2 &(8.05)2]×0.60=3.50?k-eh-
;ksx=4.88 ?k-eh
×3.05×3.35 =32.08 o-eh×3.50×0.60 = 6.59
;ksx=38.67 o-eh-
o-eh-
8
9
10
11
12
eh-eh
¼cktkj nj½
2×3.50×0.30=2.10 o-eh-
o-eh?kVk;k 0-45×0.45 =0.20 o-eh=9.41 o-eh/4×(3.50)2=9.61
/4×(3.05)2=7.30 o-eh-
?kVk;k
/4×(3.50)2=9.61 o-eh;ksx= 16.71 o-eh0-45×0.45 =0.20 o-eh=16.71 o-eh-
/4×[(8.50)2 &(3.50)2]=47.10 o-eh8.50×0.30=8.00 o-eh8.05×0.30=7.58
;ksx =62.68 o-eh-
1 uax
o-eh-
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
2
3
4
ek=k bdkbZ
nwjh rd fuLrkj.k
jkf”k
Je
dqy
Je
dqy
82.00
370.64
370.64
4.52
?k-eh-
82.00
1.00
?k-eh-
255.05 2338.00
255.05
2338.00
18.63
?k-eh-
183.00 968.00
3409.29
18033.84
2.19
o-eh-
141.00 298.00
308.79
652.62
7.13
o-eh-
71.15
132.00
507.30
941.16
5.08
o-eh-
84.00
218.00
426.72
1107.44
rjkbZ lesrA
elkys esa
uho esa
vf/kjpuk esa
5
fe-eh6
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
5277.79
23443.70
703.31
24147.01
5277.79
18869.22
say
24147.01
24000.00
28 osLVoh;j @ 24000/
24000 osLVoh;j =672000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
dk;Z dk uke&
osLV os;j
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
H.W. 1x7.50x2.50x2.00=37.50 ?ku fQV
S.W.2x9.00x2.00x2.00=72.00
W.W. 4x2.00x2.00x2.00=32.00
A.P.1x7.50x3.25x0.75x=18.28
159.78 ?ku fQV
4.52 ?ku ehVj
2
rjkbZ lesrA
35.37 ?ku fQV
1.00 ?ku ehVj
3
elkys esa
uho esa
vf/kjpuk esa
H.W. 1x7.5x2.5x1.50=28.12 ?ku fQV
S.W.2x9.0x2.0x1.5=54.00
W.W. 4x2.00x2.00x1.5=24.00
H.W. 1x7.5x2.5+1.50/2x1.00=15.00
2
S.W.2x9.0x1.50x1.00=27.00
S.W. 2x9.00+3.00/2x1.50=40.50
2
W.W. 4x2.00x1.50x1.00=12.00
200.62
say
18.63 ?ku0eh-
4
1x7.50x3.15=23.62 o-fQVSay 2.19 o-eh-
5
fe-eh-
H.W. 1x7.50x1.00=7.50 o-fQV
H.W. 1x7.50x1.50=11.25
S.W2x9.00x1.00=18.00
S.W.2x9.00+3.00x2.15=30.00
2
W.W.4x3.50x1.00=14.00
80.75
?kVk;k 2x2.5+1.5x1.00=4.00
2
=76.75
6
S.W.2x3.00x1.50=9.00
W.W.4x2.00x1.50=12.00
= 54.75
say 5.08
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
10 vnZu caM @ 59000/
59000 vnZu caM =590000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
yEckbZ 100 ehVj
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
:
59217.24
59000.00
590 @ehVj
1000 ehVj @ 590/
590 ehVj =590000-00
MODEL ESTIMATE
yEckbZ 100 ehVj
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
Name of Village : Narayannagar
Quntity
A
1
2
3
4
5
Rate
Amount
500
No.
975
487500
Guar
100
No.
775
77500
Moong+Bajra
489
No.
1300
635700
Mustered
100
No.
750
75000
1189
No.
3800
1275700
100
No.
1525
152500
1289
-
-
1428200
Total
B
Unit
Lucern
Grant Total
Say 1428000.00
ykxr rdehuk
S.No
1
2
3
4
5
6
7
Quantity
Rate
Amount
Tomato
10 gm
130/10gm
130.00
Brinjal
10 gm
20/10gm
20.00
Lady finger
100 gm
100/500gm
20.00
Onion
20 gm
100/100gm
20.00
Radish
10 gm
20/10gm
20.00
Chilli
10 gm
80/10gm
80.00
Caaliflower
Total
10 gm
210/10gm
210.00
500.00
Rs. 500 Per No.
100 fdV @500/
500 fdV =50000-00
ykxr rdehuk
Ø-la-
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10
{kS=Qy% 0-20
IV ¼I.W.M.P½
lqqijQkLQsV
nj
Je
jkf”k
ek=k
bdkbZ
dqy
17.28
?k-eh-
800
fd-xzk-
-
2.50
20
-
3.50
-
4.00
-
-
-
5.00
-
100.00
82.00 82.00
Je
dqy
1416.96
1416.96
-
2000.00
iksVk'k
;wfj;k
20
fd-xzkfd-xzkfd-xzk-
8
fd-xzk-
-
12.00
80
3.00
3.00
240.00
240.00
80
la[;k
la[;k
-
15.00
-
1200.00
0.25
yhVj
-
360.00
-
90.00
160
la[;k
0.21
0.21
33.60
33.60
1690.56
5246.56
ikS/ks jksi.k djuk
ikS/kksa dh dher
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
70.00
96.00
157.40
5403.96
1690.56
3713.40
5403.96
Say
5400.00
3 ;wfuV @ 5400/
5400 ;wfuV =16200-00
Say 16000.00
MODEL ESTIMATE
IV ¼I.W.M.P½
{kS=Qy% 0-20
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
80x0.60x0.60x0.60= 17.28 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
iksVk'k
;wfj;k
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
fd-xzk-
80 xMMs~ @ 0.10 fd-xzk-@xM~Mk =8.00
fd-xzk-
ikS/ks jksi.k djuk
9
10
ikS/kksa dh dher
fd-xzk-
-
80
8
fd-xzk-
80
0.25 yhVj-@;wfuV
160
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]

y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.25 fd-xzk-@xM~Mk=13.75
iksVk'k
;wfj;k
55 xMMs~ @ 0.05 fd-xzk-@xM~Mk=2.75
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10

nj
ek=k
bdkbZ
40.09
?k-eh-
xkscj dh [kkn
lqqijQkLQsV
550
-
2.50
-
3.50
iksVk'k
;wfj;k
3.00
-
4.00
-
12.00
6
-
5.00
-
30.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
25.00
-
1375.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
6478.48
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
14
Je
jkf”k
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
49.00
72.00
194.35
6672.83
3475.48
3197.35
6672.83
Say
6700.00
3 ;wfuV @ 6700/
6700 ;wfuV =20100
Say = 20,000.00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10

jkf”k
nj
ek=k
bdkbZ
40.09
?k-ehfd-xzk-
Je
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
-
2.50
-
3.50
-
4.00
-
20.00
12
fd-xzkfd-xzkfd-xzk-
-
5.00
-
60.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
15.00
-
825.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
5987.48
lqqijQkLQsV
iksVk'k
;wfj;k
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
550
20
5.00
70.00
72.00
179.62
6167.10
3475.48
2691.62
6167.10
Say
6200.00
4 ;wfuV @ 6200/
6200 ;wfuV =24800-00
Say = 25,000.00
MODEL ESTIMATE
IV ¼I.W.M.P½

Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.35 fd-xzk-@xM~Mk =19.25
iksVk'k
;wfj;k
55 xMMs~ @ 0.08 fd-xzk-@xM~Mk =4.4
fd-xzk-
say 5.00 fd-xzk-
55 xMMs~ @ 0.22 fd-xzk-@xM~Mk=12.10
fd-xzk-
say 12.00 fd-xzk-
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk =5.50
fd-xzk-
say 6.00 fd-xzk-
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
fd-xzk-
say 20 fd-xzk-
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
2
3
4
y-xpkS
x- = dqy ek=k
y- pkS- xx100
ikS/ks jksi.k djuk
ikS/kksa dh dher
100
108 ikS/ks (100+8=108) 8%
xM~Ms
ikS/ks
108 ikS/ks
5
6
100 ikS/ks@ 0.03
2x100 ikS/ks@ 0.05
7
100 ikS/ks
ykxr rdehuk
IV ¼I.W.M.P½

Ø-la-
1
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
3.00
3.00
300.00
300.00
108
la[;k
-
5.00
-
540.00
-
908.21
3
ikS/kksa dh dher
4
la[;k
@1000
108
98.09
5
3
fd-xzk-
-
10.00
-
30.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
10
fd-xzkla[;k
-
12.00
-
120.00
0.21
0.21
21.00
21.00
1001.00
1789.09
6
7
100
53.67
1842.76
1001.00
841.76
1842.76
Say
1800.00
Say 18 : @ ikS/kk
7000 ikS/ks @18/
18 ikS/kk =126000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
2x3-00x2-00x0-90=10-80 ?k-eh
ek=k
bdkbZ
10.80
?k-eh
flaxy lqij QkLQsV
150.00
fd-xzk-
;wfj;k
dYpj iSfdaV
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
30.00
fd-xzkla[;k
3.00
Je
jkf”k
dqy
Je
dqy
885.60
885.60
3.60
-
540.00
5.00
-
150.00
10.00
-
30.00
885.60
1605.60
82.00 82.00
-
-
48.17
1653.77
885.60
768.17
1653.77
Say
1650.00
1650@ fiV
100 ;wfuV @1650/
1650 ;wfuV =165000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
djuk e; rjkbZ ds A
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
ek=k
bdkbZ
Je
jkf”k
dqy
Je
dqy
0.49
?k-eh
82.00 82.00
40.18
40.18
3.30
oxZ eh-
77.40 402.00
255.42
1326.60
5.00
fd-xzkoxZ eh-
2.81
-
150.00
-
750.00
-
25.00
-
70.25
295.60
2187.03
65.61
2252.64
295.60
1957.04
2252.64
Say
2250 @ ;wfuV
20;wfuV @ 2250/
2250 ;wfuV
2250.00
45000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
djuk e; rjkbZ ds A
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x1.85 x0.12 x0.075=0.033 ?k-eh2x0.90 x0.12 x0.075=0.016 ?k-eh-
;ksx = 0.049 ?k-eh2x1.85 x0.60=2.22 oxZ
ehVj
2x0.90 x0.60=1.08 oxZ ehVj
;ksx
= 3.30 oxZ
ehVj
5 fdyks
1x2.25 x1.25=2.81 oxZ
ehVj
ykxr rdehuk
Management
Area: 2494 ha.
Quntity
Publicity Charge)
Unit
Rate
Amount
10
No.
10000
100000
50
No.
500
25000
0
No.
10000
0
60
No.
-
125000
Total
ykxr rdehuk
Micro Enterprises
Area: 2494 Hac.
Quntity
Unit
Rate
Amount
0
No.
4000
0
2. Black smith
0
No.
6000
0
3. Cycle repair
0
No.
6000
0
4.Potter
0
No.
12000
0
5. Mason
0
No.
2000
0
0
No.
12000
0
38000
152000
6. Foot wear
(i) Sheep(20+1=21No.)
4
(ii) Goat(10+1=11No.)
4
1
TOTAL
9
No.
No.
28000
No.
L.S.
112000
3
236000
500000
MODAL ESTIMATE
Details
S.No.
Kharif Session
1. Single crop
(i) Moong
Area/
Seed
Demo.
Qty.(kg.) Amt.
(Hec.)
D.A.P
Qty.(kg.)
S.S.P.
Amt.
Insectisides
Qty.(kg.) Amt. Qty.(M.L) Amt.
Culture
No. of
Packt.
Amt.
605.00
0.04
6.00
330.00
-
-
25
90
500
175
1
10
0.04
8.00
192.00
25.00
250.00
-
-
500
175
1
10
3.00
+
1.00
165.00
30.00
25.00
250.00
25
90
1.50
75.00
25.00
250.00
-
-
(ii) Cluster Bean
A
2. Intercropping
Moong
+
Bajra
B
Rabi Session
(i) Mustered
0.04
0.04
Fodder Demos.
(i) Lucern
0.04
3.00
750.00
Say 600
627.00
Say 600
730.00
500
-
175
-
500
175
1
10
1
10
510.00
Say 500
10
2400
2400/4 = 600 /
Demons.
860.00
Say 900
Total
C
Amount/
Demo
10.00
100.00
-
-
-
-
1
Say 700
ykxr rdehuk
Management
Name of Village : Karda
Area: 2494 ha.
Quntity
Publicity Charge)
Unit
Rate
Amount
10
No.
10000
100000
180
No.
500
90000
2
No.
10000
20000
192
No.
-
210000
Total
ykxr rdehuk
Micro Enterprises
Area: 2494 Hac.
Quntity
Unit
Rate
Amount
20
No.
4000
80000
2. Black smith
0
No.
6000
0
3. Cycle repair
0
No.
6000
0
4.Potter
5
No.
12000
60000
5. Mason
25
No.
2000
50000
0
No.
12000
0
38000
190000
6. Foot wear
(i) Sheep(20+1=21No.)
5
(ii) Goat(10+1=11No.)
5
10
TOTAL
70
No.
No.
28000
No.
L.S.
140000
3
480000
1000000
ykxr rdehuk
Quntity
A
1
2
3
4
5
Rate
Amount
1384
No.
975
1349400
Guar
200
No.
775
155000
Moong+Bajra
1300
No.
1300
1690000
Mustered
400
No.
750
300000
3284
No.
3800
3494400
200
No.
1525
305000
3484
-
-
3799400
Total
B
Unit
Lucern
Grant Total
Say 3800000.00
2.d`"kd fgLlk jkf'k =1414000-00
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke% djMk
{kerk
Ø-la-
nj
fooj.k
1
yhVj
35000
ek=k bdkbZ
jkf”k
Je
dqy
Je
dqy
14.96
?k-eh-
82.00
82.00
1226.72
1226.72
17.61
?k-eh-
130.00
130.00
2289.30
2289.30
17.61
?k-eh-
23.50
23.50
413.84
413.84
7.50
?k-eh-
255.05 1835.00
1912.88
13762.50
32.08
o-eh-
27.25
121.00
874.18
3881.68
5.05
?k-eh-
602.10 3719.00
3040.61
18780.95
ii fo?kfVr p~Íku
2
3
4
5
l n½
fy,
rjkbZ lesrA
vuqlkj
6
7
8
9
10
11
12
lhesUV elkyk 1%6
4.88
?k-eh-
366.00 2954.00
1786.08
14415.52
38.67
o-eh-
42.60
104.00
1647.34
4021.68
2.10
o-eh-
162.00 1020.00
340.20
2142.00
9.41
o-eh-
243.00
796.00
2286.63
7490.36
16.71
o-eh-
84.00
218.00
1403.64
3642.78
62.68
o-eh-
42.60
89.00
2670.17
5578.52
1.00
ux
0
600.00
0.00
600.00
19891.58
78245.85
eh-eh
¼cktkj nj½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2347.38
80593.22
19891.58
60701.65
say
80593.22
80000.00
100 Vkads @ 80000/
80000 Vakdk = 8000000 .00
7440000 00
2.d`"kd fgLlk jkf'k = 560000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
tylaxzg.k Vkadk
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
Vakdk& /4×(3.35)2×1.50=13.21?k-ehvkxksj& /4×(8.50)2 &(8.05)2×0.30= 1.75
;ksx=14.96 ?k-eh
/4×(3.35)2×1.50=13.21 ?k-eh-
ii fo?kfVr p~Íku
l n½
2
13-21 ?ku-eh-
120
13-21 ?ku-eh4.4 ?ku-eh-
;ksx=17-61?k-eh
3
rjkbZ lesrA
4
vuqlkj
×3.05×3.35=32.08 o-eh
5
/4×[(3.35)2 &(3.05)2]×3.35=5.05?k-eh6
7
lhesUV elkyk 1%6
v½
/4×[(3.50)2 &(3.05)2]×0.60=1.38?k-eh/4×[(8.50)2 &(8.05)2]×0.60=3.50?k-eh-
;ksx=4.88 ?k-eh
×3.05×3.35 =32.08 o-eh×3.50×0.60 = 6.59
;ksx=38.67 o-eh-
o-eh-
8
2×3.50×0.30=2.10 o-eh9
10
11
12
eh-eh
o-eh?kVk;k 0-45×0.45 =0.20 o-eh=9.41 o-eh/4×(3.50)2=9.61
/4×[(8.50)2 &(3.50)2]=47.10 o-eh8.50×0.30=8.00 o-eh8.05×0.30=7.58
;ksx =62.68 o-eh-
¼cktkj nj½
1 uax
o-eh-
ykxr rdehuk
xkao dk uke % djMk
IV ¼I.W.M.P½
dk;Z dk uke&d`f’k Hkwfe ij osthVsVhodUVwj
caM
{kS=Qy% 01 gSDVs;j
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100.00
ehVj
0.47
0.47
47.00
47.00
92.50
?k-eh-
84.80
84.80
7844.00
7844.00
0.60
0.60
60.00
60.00
-
50.00
2
3
100.00
4
/kkeu ?kkl cht
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
1.00
ehVj
fd-xzk
50.00
7951.00
8001.00
240.03
8241.03
7951.00
290.03
Say
8241.03
8250.00
556 gSDV;j @ 8250/
8250 gSDV;j =4587000 .00
2.d`"kd fgLlk jkf'k = 321000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
d`f’k Hkwfe ij
osthVsfVocaM
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x 50 = 100 ehVj
2
50x(0.60+3.10)x 1.00
2
= 92.50. ?k-eh-
3
4
/kkeu ?kkl cht
2 x 50 = 100 eh-
100
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
50 vnZu caM @ 59000/
59000 vnZu caM =2950000-00
2.d`"kd fgLlk jkf'k = 206000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-la-
nj
fooj.k
1
2
3
4
ek=k bdkbZ
nwjh rd fuLrkj.k
jkf”k
Je
dqy
Je
dqy
82.00
370.64
370.64
4.52
?k-eh-
82.00
1.00
?k-eh-
255.05 2338.00
255.05
2338.00
18.63
?k-eh-
183.00 968.00
3409.29
18033.84
2.19
o-eh-
141.00 298.00
308.79
652.62
7.13
o-eh-
71.15
132.00
507.30
941.16
5.08
o-eh-
84.00
218.00
426.72
1107.44
rjkbZ lesrA
elkys esa
uho esa
vf/kjpuk esa
5
fe-eh6
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
5277.79
23443.70
703.31
24147.01
5277.79
18869.22
say
24147.01
24000.00
103 osLVoh;j @ 24000/
24000 osLVoh;j =2472000-00
2.d`"kd fgLlk jkf'k = 173000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
dk;Z dk uke&
osLV os;j
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
H.W. 1x7.50x2.50x2.00=37.50 ?ku fQV
S.W.2x9.00x2.00x2.00=72.00
W.W. 4x2.00x2.00x2.00=32.00
A.P.1x7.50x3.25x0.75x=18.28
159.78 ?ku fQV
4.52 ?ku ehVj
2
rjkbZ lesrA
35.37 ?ku fQV
1.00 ?ku ehVj
3
elkys esa
uho esa
vf/kjpuk esa
H.W. 1x7.5x2.5x1.50=28.12 ?ku fQV
S.W.2x9.0x2.0x1.5=54.00
W.W. 4x2.00x2.00x1.5=24.00
H.W. 1x7.5x2.5+1.50/2x1.00=15.00
2
S.W.2x9.0x1.50x1.00=27.00
S.W. 2x9.00+3.00/2x1.50=40.50
2
W.W. 4x2.00x1.50x1.00=12.00
200.62
say
18.63 ?ku0eh-
4
1x7.50x3.15=23.62 o-fQVSay 2.19 o-eh-
5
fe-eh-
H.W. 1x7.50x1.00=7.50 o-fQV
H.W. 1x7.50x1.50=11.25
S.W2x9.00x1.00=18.00
S.W.2x9.00+3.00x2.15=30.00
2
W.W.4x3.50x1.00=14.00
80.75
?kVk;k 2x2.5+1.5x1.00=4.00
2
=76.75
6
S.W.2x3.00x1.50=9.00
W.W.4x2.00x1.50=12.00
= 54.75
say 5.08
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
yEckbZ 100 ehVj
Ø-la-
nj
fooj.k
1
2
3
4
5
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200
ehVj
0.47
0.47
94.00
94.00
110
?k-eh-
82.00
82.00
9020.00
9020.00
9.92
9.92
198.40
198.40
-
40.00
16.67
16.67
fuLrkj.k djukA
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2000
2.00
100
ux@100
fd-xzk
ehVj
80.00
1667.00
1667.00
10979.40
11059.40
331.78
11391.18
10979.40
411.78
Say
11391.18
11400.00
Rs.114 / meter
2000 ehVj @ 114/
114 ehVj =228000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
1
=100
ehVj
2x100 ehVj = 200
fuLrkj.k djukA
ehVj
200x(1.60+0.60)x1.0
2
= 110.00 ?k-eh
3
3x100=300x100
15
=2000 uax
4
100 eh0 @ 2
fdyks@100 eh0
=2 fd-xzk
5
100 ehVj
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk

{kS=Qy% 1-00 gSDVj
Ø-la1
nj
fooj.k
, Qsze ysoy ls 8 ls 15 ehVj {kSfrt
vUrjky esa leksPp js[kk ij ys vkmV dk
dk;Z
2
3
Mkyuk]cxy dks laokjuk][kqnh feV~Vhdks
ckgj fudkyuk] uhoa Hkjus ds ckn [kkyh
LFkkuksa dks iqu% feV~Vh ls Hkjuk rFkk cph gqbZ
feV~Vh dks 50 ehVj nwjh rd fuLrkj.k
djukAl[r]fpduh]
4
5
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
60 gSDV;j @ 8300/
8300 gSDV;j =498000-00
ykxr rdehuk
IV ¼I.W.M.P½

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
dk;Z
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
djukAl[r]fpduh]
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
20 gSDV;j @ 8300/
8300 gSDV;j =166000-00
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % pkVokMk

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
dk;Z
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
djukAl[r]fpduh]
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
20 gSDV;j @ 8300/
8300 gSDV;j =166000-00
ykxr rdehuk
IV ¼I.W.M.P½

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
dk;Z
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
djukAl[r]fpduh]
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
10 gSDV;j @ 8300/
8300 gSDV;j =83000-00
ykxr rdehuk
IV ¼I.W.M.P½

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
dk;Z
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
djukAl[r]fpduh]
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
10 gSDV;j @ 8300/
8300 gSDV;j =83000-00
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % nkarokMk

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
dk;Z
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
djukAl[r]fpduh]
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
40 gSDV;j @ 8300/
8300 gSDV;j =332000-00
PRODUCTION SYSTEM
S.No
Name of Activity
Karda
Bhapdi
Dantwara Chantwara Samrani
Narayannagar
Total
1
Water Tank.
15
5
10
20
5
5
60
2
HDPE/ PVC Pipe
35
5
20
20
5
5
90
10
5
15
10
3
2
45
10
2
12
8
2
2
36
18
4
13
8
3
2
48
18
2
10
5
3
2
40
8
2
5
5
3
2
25
3
4
5
6
Isopam (Threser)
7
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k

{kS=Qy% 1-00 gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2
3
eh0
800 eh-
800 ehx1/2x0.60x0.30=72.00 ?ku0eh0
4
5
800 eh800 eh- @ 1 fd-xzk-@100
ehVj=8 kg
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
20 gSDV;j @ 8300/
8300 gSDV;j =166000-00
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
20 vnZu caM @ 59000/
59000 vnZu caM =1180000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
yEckbZ 100 ehVj
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
: 590 @ehVj
3000 ehVj @ 590/
590 ehVj =1770000-00
MODEL ESTIMATE
yEckbZ 100 ehVj
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-la-

100 ikS/ks
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
la[;k
3.00
3.00
300.00
300.00
0
5.00
0
540.00
la[;k
fd-xzk-
1.80
1.80
180.00
180.00
0.00
10.00
0.00
30.00
0.00 908.21
0.00
98.09
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
c okuLifrd dk;Z%&
3
4
5
6
ikS/kksa dh dher
108
100
3.00
108
7
8
9
10
100
la[;k
1.80
1.80
180.00
180.00
800
la[;k
1.80
1.80
1440.00
1440.00
400
1.20
1.20
480.00
480.00
0
29.83
0
357.96
10
la[;k
yhVj@
1000
fd-xzk-
0
15.00
0
150.00
200
la[;k
0.21
0.21
42.00
42.00
3302.00
4478.05
j[kj[kkc%&
12000
11
12
la[;k@
1000
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
134.34
4612.39
3302.00
1310.39
Say
46@
@izfr
4612.39
4600.00
ikS/kk
8000 ikS/ks @ 46/
46 ikS/kk =368000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
100 ikS/ks

Ø-lafooj.k
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx100 xM~Ms
c okuLifrd dk;Z%&
3
4
ikS/kksa dh dher
5
6
7
8
9
100 ikS/ks
108 (100+8 8% ikS/kksa
100
10
11
12
fd-xzk-
108
100
j[kj[kkc%&
2x4x100=800
(2
2(2x100)=400
(2
8x100=800 @ 15yhVj@izfr
ikS/kk 12000 yhVj
2x100=200 ikS/kk
¼2 ckj½
ykxr rdehuk
xkao dk uke % djMk
Ø-la-
1
nj
fooj.k
ek=k
bdkbZ
1.00
gSDV;j
8.00
fd-xzk-
Je
jkf”k
dqy
Je
dqy
55.35
431.35
-
400.00
55.35
831.35
fd-
55.35 431.35
2
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
50.00
24.94
856.29
55.35
800.94
856.29
Say
800.00
20 gSDV;j @ 800/
800 gSDV;j =16000-00
MODEL ESTIMATE
Ø-la-
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
fd1 gSDV;j
8 fdyks
izfr gSDV;j
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
djuk e; rjkbZ ds A
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
ek=k
bdkbZ
Je
jkf”k
dqy
Je
dqy
0.49
?k-eh
82.00 82.00
40.18
40.18
3.30
oxZ eh-
77.40 402.00
255.42
1326.60
5.00
fd-xzkoxZ eh-
2.81
-
150.00
-
750.00
-
25.00
-
70.25
295.60
2187.03
65.61
2252.64
295.60
1957.04
2252.64
Say
2250.00
2250 @ ;wfuV
40 ;wfuV @ 2250/
2250 ;wfuV =90000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
djuk e; rjkbZ ds A
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x1.85 x0.12 x0.075=0.033 ?k-eh2x0.90 x0.12 x0.075=0.016 ?k-eh-
;ksx = 0.049 ?k-eh2x1.85 x0.60=2.22 oxZ
ehVj
2x0.90 x0.60=1.08 oxZ ehVj
;ksx
= 3.30 oxZ
ehVj
5 fdyks
1x2.25 x1.25=2.81 oxZ
ehVj
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
2x3-00x2-00x0-90=10-80 ?k-eh
ek=k
bdkbZ
10.80
?k-eh
flaxy lqij QkLQsV
150.00
fd-xzk-
;wfj;k
dYpj iSfdaV
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
30.00
fd-xzkla[;k
3.00
Je
jkf”k
dqy
Je
dqy
885.60
885.60
3.60
-
540.00
5.00
-
150.00
10.00
-
30.00
885.60
1605.60
82.00 82.00
-
-
48.17
1653.77
885.60
768.17
1653.77
Say
1650.00
1650@ fiV
500 ;wfuV @1650/
1650 ;wfuV =825000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
2
3
4
y-xpkS
x- = dqy ek=k
y- pkS- xx100
ikS/ks jksi.k djuk
ikS/kksa dh dher
100
108 ikS/ks (100+8=108) 8%
xM~Ms
ikS/ks
108 ikS/ks
5
6
100 ikS/ks@ 0.03
2x100 ikS/ks@ 0.05
7
100 ikS/ks
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk

Ø-la-
1
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
3.00
3.00
300.00
300.00
108
la[;k
-
5.00
-
540.00
-
908.21
3
ikS/kksa dh dher
4
la[;k
@1000
108
98.09
5
3
fd-xzk-
-
10.00
-
30.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
10
fd-xzkla[;k
-
12.00
-
120.00
0.21
0.21
21.00
21.00
1001.00
1789.09
6
7
100
53.67
1842.76
1001.00
841.76
1842.76
Say
1800.00
Say 18 : @ ikS/kk
20000 ikS/ks @18/
18 ikS/kk =360000-00
ykxr rdehuk
xkao dk uke % djMk
S.No
1
2
3
4
5
6
7
Quantity
Rate
Amount
Tomato
10 gm
130/10gm
130.00
Brinjal
10 gm
20/10gm
20.00
Lady finger
100 gm
100/500gm
20.00
Onion
20 gm
100/100gm
20.00
Radish
10 gm
20/10gm
20.00
Chilli
10 gm
80/10gm
80.00
Caaliflower
Total
10 gm
210/10gm
210.00
500.00
Rs. 500 Per No.
400 fdV @500/
500 fdV =200000-00
MODAL ESTIMATE
Details
S.No.
Kharif Session
1. Single crop
(i) Moong
Area/
Seed
Demo.
Qty.(kg.) Amt.
(Hec.)
D.A.P
Qty.(kg.)
S.S.P.
Amt.
Insectisides
Culture
Qty.(kg.) Amt. Qty.(M.L) Amt. No. of Amt.
Packt.
605.00
0.04
6.00
330.00
25
90
500
175
1
10
-
-
500
175
1
10
175
-
1
10
175
1
10
510.00
Say 500
10
2400
2400/4 = 600 /
Demons.
860.00
Say 900
-
-
25.00
250.00
25.00
250.00
25
90
500
-
25.00
250.00
-
-
500
(ii) Cluster Bean
0.04
A
2. Intercropping
Moong
+
Bajra
B
Rabi Session
(i) Mustered
0.04
0.04
8.00
3.00
+
1.00
1.50
192.00
165.00
30.00
75.00
Fodder Demos.
(i) Lucern
0.04
3.00
750.00
Say 600
627.00
Say 600
730.00
Total
C
Amount/
Demo
10.00
100.00
-
-
-
-
1
Say 700
MODEL ESTIMATE
IV ¼I.W.M.P½

Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.25 fd-xzk-@xM~Mk=13.75
iksVk'k
;wfj;k
55 xMMs~ @ 0.05 fd-xzk-@xM~Mk=2.75
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10

nj
ek=k
bdkbZ
40.09
?k-eh-
xkscj dh [kkn
lqqijQkLQsV
550
-
2.50
-
3.50
iksVk'k
;wfj;k
3.00
-
4.00
-
12.00
6
-
5.00
-
30.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
25.00
-
1375.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
6478.48
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
14
Je
jkf”k
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
49.00
72.00
194.35
6672.83
3475.48
3197.35
6672.83
Say
6700.00
10 ;wfuV @ 6700/
6700 ;wfuV =67000-00
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % djMk
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10

jkf”k
nj
ek=k
bdkbZ
40.09
?k-ehfd-xzk-
Je
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
-
2.50
-
3.50
-
4.00
-
20.00
12
fd-xzkfd-xzkfd-xzk-
-
5.00
-
60.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
15.00
-
825.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
5987.48
lqqijQkLQsV
iksVk'k
;wfj;k
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
550
20
5.00
70.00
72.00
179.62
6167.10
3475.48
2691.62
6167.10
Say
6200.00
15 ;wfuV @ 6200/
6200 ;wfuV =93000-00
MODEL ESTIMATE
IV ¼I.W.M.P½

Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.35 fd-xzk-@xM~Mk =19.25
iksVk'k
;wfj;k
55 xMMs~ @ 0.08 fd-xzk-@xM~Mk =4.4
fd-xzk-
say 5.00 fd-xzk-
55 xMMs~ @ 0.22 fd-xzk-@xM~Mk=12.10
fd-xzk-
say 12.00 fd-xzk-
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk =5.50
fd-xzk-
say 6.00 fd-xzk-
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
fd-xzk-
say 20 fd-xzk-
ykxr rdehuk
nj
Ø-la-
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10
{kS=Qy% 0-20
IV ¼I.W.M.P½
lqqijQkLQsV
Je
jkf”k
ek=k
bdkbZ
dqy
17.28
?k-eh-
800
fd-xzk-
-
2.50
20
-
3.50
-
4.00
-
-
-
5.00
-
100.00
82.00 82.00
Je
dqy
1416.96
1416.96
-
2000.00
iksVk'k
;wfj;k
20
fd-xzkfd-xzkfd-xzk-
8
fd-xzk-
-
12.00
80
3.00
3.00
240.00
240.00
80
la[;k
la[;k
-
15.00
-
1200.00
0.25
yhVj
-
360.00
-
90.00
160
la[;k
0.21
0.21
33.60
33.60
1690.56
5246.56
ikS/ks jksi.k djuk
ikS/kksa dh dher
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
70.00
96.00
157.40
5403.96
1690.56
3713.40
5403.96
Say
5400.00
10 ;wfuV @ 5400/
5400 ;wfuV =54000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
{kS=Qy% 0-20
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
80x0.60x0.60x0.60= 17.28 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
iksVk'k
;wfj;k
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
fd-xzk-
80 xMMs~ @ 0.10 fd-xzk-@xM~Mk =8.00
fd-xzk-
ikS/ks jksi.k djuk
9
10
ikS/kksa dh dher
fd-xzk-
-
80
8
fd-xzk-
80
0.25 yhVj-@;wfuV
160
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % nkarokM+k yEckbZ izfr gSDV;j 50 eh0
osthVsVhodUVwj caM
{kS=Qy% 01 gSDVs;j
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100.00
ehVj
0.47
0.47
47.00
47.00
92.50
?k-eh-
84.80
84.80
7844.00
7844.00
0.60
0.60
60.00
60.00
-
50.00
2
3
100.00
4
/kkeu ?kkl cht
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
1.00
ehVj
fd-xzk
50.00
7951.00
8001.00
240.03
8241.03
7951.00
290.03
Say
8241.03
8250.00
440 gSDV;j @ 8250/
8250 gSDV;j =3630000-00
2.d`"kd fgLlk jkf'k = 254000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
d`f’k Hkwfe ij
osthVsfVocaM
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x 50 = 100 ehVj
2
50x(0.60+3.10)x 1.00
2
= 92.50. ?k-eh-
3
4
/kkeu ?kkl cht
2 x 50 = 100 eh-
100
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % nkarokM+k
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
30 vnZu caM @ 59000/
59000 vnZu caM =1770000-00
2.d`"kd fgLlk jkf'k = 124000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
IV ¼I.W.M.P½
{kerk
Ø-la-
nj
fooj.k
1
yhVj
35000
ek=k bdkbZ
jkf”k
Je
dqy
Je
dqy
14.96
?k-eh-
82.00
82.00
1226.72
1226.72
17.61
?k-eh-
130.00
130.00
2289.30
2289.30
17.61
?k-eh-
23.50
23.50
413.84
413.84
7.50
?k-eh-
255.05 1835.00
1912.88
13762.50
32.08
o-eh-
27.25
121.00
874.18
3881.68
5.05
?k-eh-
602.10 3719.00
3040.61
18780.95
ii fo?kfVr p~Íku
2
3
4
5
l n½
fy,
rjkbZ lesrA
vuqlkj
6
7
8
9
10
11
12
lhesUV elkyk 1%6
4.88
?k-eh-
366.00 2954.00
1786.08
14415.52
38.67
o-eh-
42.60
104.00
1647.34
4021.68
2.10
o-eh-
162.00 1020.00
340.20
2142.00
9.41
o-eh-
243.00
796.00
2286.63
7490.36
16.71
o-eh-
84.00
218.00
1403.64
3642.78
62.68
o-eh-
42.60
89.00
2670.17
5578.52
1.00
ux
0
600.00
0.00
600.00
19891.58
78245.85
eh-eh
¼cktkj nj½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2347.38
80593.22
19891.58
60701.65
say
80593.22
80000.00
60 Vkads @ 80000/
80000 Vakdk = 4800000 .00
4466000 00
2.d`"kd fgLlk jkf'k = 334000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
tylaxzg.k Vkadk
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
Vakdk& /4×(3.35)2×1.50=13.21?k-ehvkxksj& /4×(8.50)2 &(8.05)2×0.30= 1.75
;ksx=14.96 ?k-eh
/4×(3.35)2×1.50=13.21 ?k-eh-
ii fo?kfVr p~Íku
l n½
2
13-21 ?ku-eh-
120
13-21 ?ku-eh4.4 ?ku-eh-
;ksx=17-61?k-eh
3
rjkbZ lesrA
4
vuqlkj
×3.05×3.35=32.08 o-eh
5
/4×[(3.35)2 &(3.05)2]×3.35=5.05?k-eh6
7
lhesUV elkyk 1%6
v½
/4×[(3.50)2 &(3.05)2]×0.60=1.38?k-eh/4×[(8.50)2 &(8.05)2]×0.60=3.50?k-eh-
;ksx=4.88 ?k-eh
×3.05×3.35 =32.08 o-eh×3.50×0.60 = 6.59
;ksx=38.67 o-eh-
o-eh-
8
2×3.50×0.30=2.10 o-eh9
10
11
12
eh-eh
o-eh?kVk;k 0-45×0.45 =0.20 o-eh=9.41 o-eh/4×(3.50)2=9.61
/4×[(8.50)2 &(3.50)2]=47.10 o-eh8.50×0.30=8.00 o-eh8.05×0.30=7.58
;ksx =62.68 o-eh-
¼cktkj nj½
1 uax
o-eh-
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
2
3
4
ek=k bdkbZ
nwjh rd fuLrkj.k
jkf”k
Je
dqy
Je
dqy
82.00
370.64
370.64
4.52
?k-eh-
82.00
1.00
?k-eh-
255.05 2338.00
255.05
2338.00
18.63
?k-eh-
183.00 968.00
3409.29
18033.84
2.19
o-eh-
141.00 298.00
308.79
652.62
7.13
o-eh-
71.15
132.00
507.30
941.16
5.08
o-eh-
84.00
218.00
426.72
1107.44
rjkbZ lesrA
elkys esa
uho esa
vf/kjpuk esa
5
fe-eh6
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
5277.79
23443.70
703.31
24147.01
5277.79
18869.22
say
24147.01
24000.00
28 osLVoh;j @ 24000/
24000 osLVoh;j =672000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
dk;Z dk uke&
osLV os;j
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
H.W. 1x7.50x2.50x2.00=37.50 ?ku fQV
S.W.2x9.00x2.00x2.00=72.00
W.W. 4x2.00x2.00x2.00=32.00
A.P.1x7.50x3.25x0.75x=18.28
159.78 ?ku fQV
4.52 ?ku ehVj
2
rjkbZ lesrA
35.37 ?ku fQV
1.00 ?ku ehVj
3
elkys esa
uho esa
vf/kjpuk esa
H.W. 1x7.5x2.5x1.50=28.12 ?ku fQV
S.W.2x9.0x2.0x1.5=54.00
W.W. 4x2.00x2.00x1.5=24.00
H.W. 1x7.5x2.5+1.50/2x1.00=15.00
2
S.W.2x9.0x1.50x1.00=27.00
S.W. 2x9.00+3.00/2x1.50=40.50
2
W.W. 4x2.00x1.50x1.00=12.00
200.62
say
18.63 ?ku0eh-
4
1x7.50x3.15=23.62 o-fQVSay 2.19 o-eh-
5
fe-eh-
H.W. 1x7.50x1.00=7.50 o-fQV
H.W. 1x7.50x1.50=11.25
S.W2x9.00x1.00=18.00
S.W.2x9.00+3.00x2.15=30.00
2
W.W.4x3.50x1.00=14.00
80.75
?kVk;k 2x2.5+1.5x1.00=4.00
2
=76.75
6
S.W.2x3.00x1.50=9.00
W.W.4x2.00x1.50=12.00
= 54.75
say 5.08
ykxr rdehuk
IV ¼I.W.M.P½
yEckbZ 100 ehVj
Ø-la-
nj
fooj.k
1
2
3
4
5
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200
ehVj
0.47
0.47
94.00
94.00
110
?k-eh-
82.00
82.00
9020.00
9020.00
9.92
9.92
198.40
198.40
-
40.00
16.67
16.67
fuLrkj.k djukA
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2000
2.00
100
ux@100
fd-xzk
ehVj
80.00
1667.00
1667.00
10979.40
11059.40
331.78
11391.18
10979.40
411.78
Say
11391.18
11400.00
Rs.114 / meter
2000 ehVj @ 114/
114 ehVj =228000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
1
=100
ehVj
2x100 ehVj = 200
fuLrkj.k djukA
ehVj
200x(1.60+0.60)x1.0
2
= 110.00 ?k-eh
3
3x100=300x100
15
=2000 uax
4
100 eh0 @ 2
fdyks@100 eh0
=2 fd-xzk
5
100 ehVj
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k

{kS=Qy% 1-00 gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2
3
eh0
800 eh-
800 ehx1/2x0.60x0.30=72.00 ?ku0eh0
4
5
800 eh800 eh- @ 1 fd-xzk-@100
ehVj=8 kg
ykxr rdehuk
IV ¼I.W.M.P½

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
20 gSDV;j @ 8300/
8300 gSDV;j =166000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
10 vnZu caM @ 59000/
59000 vnZu caM =590000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
yEckbZ 100 ehVj
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
:
59217.24
59000.00
590 @ehVj
1500 ehVj @ 590/
590 ehVj =885000-00
MODEL ESTIMATE
yEckbZ 100 ehVj
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
Name of Village : Dantwara
Quntity
A
1
2
3
4
5
Rate
Amount
1000
No.
975
975000
Guar
200
No.
775
155000
Moong+Bajra
648
No.
1300
842400
Mustered
100
No.
750
75000
1948
No.
3800
2047400
100
No.
1525
152500
2048
-
-
2199900
Total
B
Unit
Lucern
Grant Total
Say 2200000.00
ykxr rdehuk
S.No
1
2
3
4
5
6
7
Quantity
Rate
Amount
Tomato
10 gm
130/10gm
130.00
Brinjal
10 gm
20/10gm
20.00
Lady finger
100 gm
100/500gm
20.00
Onion
20 gm
100/100gm
20.00
Radish
10 gm
20/10gm
20.00
Chilli
10 gm
80/10gm
80.00
Caaliflower
Total
10 gm
210/10gm
210.00
500.00
Rs. 500 Per No.
200 fdV @500/
500 fdV =100000-00
ykxr rdehuk
Ø-la-
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10
{kS=Qy% 0-20
IV ¼I.W.M.P½
lqqijQkLQsV
nj
Je
jkf”k
ek=k
bdkbZ
dqy
17.28
?k-eh-
800
fd-xzk-
-
2.50
20
-
3.50
-
4.00
-
-
-
5.00
-
100.00
82.00 82.00
Je
dqy
1416.96
1416.96
-
2000.00
iksVk'k
;wfj;k
20
fd-xzkfd-xzkfd-xzk-
8
fd-xzk-
-
12.00
80
3.00
3.00
240.00
240.00
80
la[;k
la[;k
-
15.00
-
1200.00
0.25
yhVj
-
360.00
-
90.00
160
la[;k
0.21
0.21
33.60
33.60
1690.56
5246.56
ikS/ks jksi.k djuk
ikS/kksa dh dher
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
70.00
96.00
157.40
5403.96
1690.56
3713.40
5403.96
Say
5400.00
5 ;wfuV @ 5400/
5400 ;wfuV =27000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
{kS=Qy% 0-20
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
80x0.60x0.60x0.60= 17.28 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
iksVk'k
;wfj;k
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
fd-xzk-
80 xMMs~ @ 0.10 fd-xzk-@xM~Mk =8.00
fd-xzk-
ikS/ks jksi.k djuk
9
10
ikS/kksa dh dher
fd-xzk-
-
80
8
fd-xzk-
80
0.25 yhVj-@;wfuV
160
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]

y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.25 fd-xzk-@xM~Mk=13.75
iksVk'k
;wfj;k
55 xMMs~ @ 0.05 fd-xzk-@xM~Mk=2.75
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10

nj
Je
jkf”k
dqy
Je
dqy
3287.38
3287.38
-
1375.00
ek=k
bdkbZ
40.09
?k-eh-
xkscj dh [kkn
lqqijQkLQsV
550
-
2.50
-
3.50
iksVk'k
;wfj;k
3.00
-
4.00
-
12.00
6
-
5.00
-
30.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
25.00
-
1375.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
6478.48
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
14
82.00 82.00
49.00
72.00
194.35
6672.83
3475.48
3197.35
6672.83
Say
6700.00
6 ;wfuV @ 6700/
6700 ;wfuV =40200-00
Say = 40,000.00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10

nj
ek=k
bdkbZ
40.09
?k-ehfd-xzk-
Je
jkf”k
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
-
2.50
-
3.50
-
4.00
-
20.00
12
fd-xzkfd-xzkfd-xzk-
-
5.00
-
60.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
15.00
-
825.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
5987.48
lqqijQkLQsV
iksVk'k
;wfj;k
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
550
20
5.00
70.00
72.00
179.62
6167.10
3475.48
2691.62
6167.10
Say
6200.00
9 ;wfuV @ 6200/
6200 ;wfuV =55800-00
Say = 56,000.00
MODEL ESTIMATE
IV ¼I.W.M.P½

Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.35 fd-xzk-@xM~Mk =19.25
iksVk'k
;wfj;k
55 xMMs~ @ 0.08 fd-xzk-@xM~Mk =4.4
fd-xzk-
say 5.00 fd-xzk-
55 xMMs~ @ 0.22 fd-xzk-@xM~Mk=12.10
fd-xzk-
say 12.00 fd-xzk-
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk =5.50
fd-xzk-
say 6.00 fd-xzk-
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
fd-xzk-
say 20 fd-xzk-
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
2
3
4
y-xpkS
x- = dqy ek=k
y- pkS- xx100
ikS/ks jksi.k djuk
ikS/kksa dh dher
100
108 ikS/ks (100+8=108) 8%
xM~Ms
ikS/ks
108 ikS/ks
5
6
100 ikS/ks@ 0.03
2x100 ikS/ks@ 0.05
7
100 ikS/ks
ykxr rdehuk
IV ¼I.W.M.P½

Ø-la-
1
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
3.00
3.00
300.00
300.00
108
la[;k
-
5.00
-
540.00
-
908.21
3
ikS/kksa dh dher
4
la[;k
@1000
108
98.09
5
3
fd-xzk-
-
10.00
-
30.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
10
fd-xzkla[;k
-
12.00
-
120.00
0.21
0.21
21.00
21.00
1001.00
1789.09
6
7
100
53.67
1842.76
1001.00
841.76
1842.76
Say
1800.00
Say 18 : @ ikS/kk
7000 ikS/ks @18/
18 ikS/kk =126000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
2x3-00x2-00x0-90=10-80 ?k-eh
ek=k
bdkbZ
10.80
?k-eh
flaxy lqij QkLQsV
150.00
fd-xzk-
;wfj;k
dYpj iSfdaV
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
30.00
fd-xzkla[;k
3.00
Je
jkf”k
dqy
Je
dqy
885.60
885.60
3.60
-
540.00
5.00
-
150.00
10.00
-
30.00
885.60
1605.60
82.00 82.00
-
-
48.17
1653.77
885.60
768.17
1653.77
Say
1650.00
1650@ fiV
200 ;wfuV @1650/
1650 ;wfuV =330000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
djuk e; rjkbZ ds A
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
ek=k
bdkbZ
Je
jkf”k
dqy
Je
dqy
0.49
?k-eh
82.00 82.00
40.18
40.18
3.30
oxZ eh-
77.40 402.00
255.42
1326.60
5.00
fd-xzkoxZ eh-
2.81
-
150.00
-
750.00
-
25.00
-
70.25
295.60
2187.03
65.61
2252.64
295.60
1957.04
2252.64
Say
2250 @ ;wfuV
20;wfuV @ 2250/
2250 ;wfuV
2250.00
45000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
djuk e; rjkbZ ds A
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x1.85 x0.12 x0.075=0.033 ?k-eh2x0.90 x0.12 x0.075=0.016 ?k-eh-
;ksx = 0.049 ?k-eh2x1.85 x0.60=2.22 oxZ
ehVj
2x0.90 x0.60=1.08 oxZ ehVj
;ksx
= 3.30 oxZ
ehVj
5 fdyks
1x2.25 x1.25=2.81 oxZ
ehVj
ykxr rdehuk
Management
Area: 2494 ha.
Quntity
Publicity Charge)
Unit
Rate
Amount
10
No.
10000
100000
100
No.
500
50000
1
No.
10000
10000
111
No.
-
160000
Total
ykxr rdehuk
Micro Enterprises
Area: 2494 Hac.
Quntity
Unit
Rate
Amount
4
No.
4000
16000
2. Black smith
0
No.
6000
0
3. Cycle repair
0
No.
6000
0
4.Potter
5
No.
12000
60000
5. Mason
20
No.
2000
40000
0
No.
12000
0
38000
152000
6. Foot wear
(i) Sheep(20+1=21No.)
4
(ii) Goat(10+1=11No.)
4
1
TOTAL
38
No.
No.
28000
No.
L.S.
112000
3
420000
800000
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-

100 ikS/ks
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
la[;k
3.00
3.00
300.00
300.00
0
5.00
0
540.00
la[;k
fd-xzk-
1.80
1.80
180.00
180.00
0.00
10.00
0.00
30.00
0.00 908.21
0.00
98.09
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
c okuLifrd dk;Z%&
3
4
5
6
ikS/kksa dh dher
108
100
3.00
108
7
8
9
10
100
la[;k
1.80
1.80
180.00
180.00
800
la[;k
1.80
1.80
1440.00
1440.00
400
1.20
1.20
480.00
480.00
0
29.83
0
357.96
10
la[;k
yhVj@
1000
fd-xzk-
0
15.00
0
150.00
200
la[;k
0.21
0.21
42.00
42.00
3302.00
4478.05
j[kj[kkc%&
12000
11
12
la[;k@
1000
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
134.34
4612.39
3302.00
1310.39
Say
46@
@izfr
4612.39
4600.00
ikS/kk
8000 ikS/ks @ 46/
46 ikS/kk =368000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
100 ikS/ks

Ø-lafooj.k
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx100 xM~Ms
c okuLifrd dk;Z%&
3
4
ikS/kksa dh dher
5
6
7
8
9
100 ikS/ks
108 (100+8 8% ikS/kksa
100
10
11
12
fd-xzk-
108
100
j[kj[kkc%&
2x4x100=800
(2
2(2x100)=400
(2
8x100=800 @ 15yhVj@izfr
ikS/kk 12000 yhVj
2x100=200 ikS/kk
¼2 ckj½
ykxr rdehuk
Ø-la-
1
nj
fooj.k
ek=k
bdkbZ
1.00
gSDV;j
8.00
fd-xzk-
Je
jkf”k
dqy
Je
dqy
55.35
431.35
-
400.00
55.35
831.35
fd-
55.35 431.35
2
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
50.00
24.94
856.29
55.35
800.94
856.29
Say
800.00
20 gSDV;j @ 800/
800 gSDV;j =16000-00
MODEL ESTIMATE
Ø-la-
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
fd1 gSDV;j
8 fdyks
izfr gSDV;j
MODAL ESTIMATE
Details
S.No.
Kharif Session
1. Single crop
(i) Moong
Area/
Seed
Demo.
Qty.(kg.) Amt.
(Hec.)
D.A.P
Qty.(kg.)
S.S.P.
Amt.
Insectisides
Culture
Packt.
605.00
0.04
6.00
330.00
25
90
500
175
1
10
-
-
500
175
1
10
-
-
25.00
250.00
25.00
250.00
25
90
25.00
250.00
-
-
(ii) Cluster Bean
0.04
A
2. Intercropping
Moong
+
Bajra
B
Rabi Session
(i) Mustered
0.04
0.04
8.00
3.00
+
1.00
1.50
192.00
165.00
30.00
75.00
Fodder Demos.
(i) Lucern
0.04
3.00
750.00
Say 600
627.00
Say 600
730.00
500
-
175
-
500
175
1
10
1
10
510.00
Say 500
10
2400
2400/4 = 600 /
Demons.
860.00
Say 900
Total
C
Amount/
Demo
10.00
100.00
-
-
-
-
1
Say 700
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % pkaVokM+k yEckbZ izfr gSDV;j 50 eh0
osthVsVhodUVwj caM
{kS=Qy% 01 gSDVs;j
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100.00
ehVj
0.47
0.47
47.00
47.00
92.50
?k-eh-
84.80
84.80
7844.00
7844.00
0.60
0.60
60.00
60.00
-
50.00
2
3
100.00
4
/kkeu ?kkl cht
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
1.00
ehVj
fd-xzk
50.00
7951.00
8001.00
240.03
8241.03
7951.00
290.03
Say
8241.03
8250.00
503 gSDV;j @ 8250/
8250 gSDV;j =4150000-00
2.d`"kd fgLlk jkf'k = 290000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
d`f’k Hkwfe ij
osthVsfVocaM
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x 50 = 100 ehVj
2
50x(0.60+3.10)x 1.00
2
= 92.50. ?k-eh-
3
4
/kkeu ?kkl cht
2 x 50 = 100 eh-
100
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke % pkaVokMk
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
40 vnZu caM @ 59000/
59000 vnZu caM =2360000-00
2.d`"kd fgLlk jkf'k = 165000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
IV ¼I.W.M.P½
{kerk
Ø-la-
nj
fooj.k
1
yhVj
35000
ek=k bdkbZ
jkf”k
Je
dqy
Je
dqy
14.96
?k-eh-
82.00
82.00
1226.72
1226.72
17.61
?k-eh-
130.00
130.00
2289.30
2289.30
17.61
?k-eh-
23.50
23.50
413.84
413.84
7.50
?k-eh-
255.05 1835.00
1912.88
13762.50
32.08
o-eh-
27.25
121.00
874.18
3881.68
5.05
?k-eh-
602.10 3719.00
3040.61
18780.95
ii fo?kfVr p~Íku
2
3
4
5
l n½
fy,
rjkbZ lesrA
vuqlkj
6
7
8
9
10
11
12
lhesUV elkyk 1%6
4.88
?k-eh-
366.00 2954.00
1786.08
14415.52
38.67
o-eh-
42.60
104.00
1647.34
4021.68
2.10
o-eh-
162.00 1020.00
340.20
2142.00
9.41
o-eh-
243.00
796.00
2286.63
7490.36
16.71
o-eh-
84.00
218.00
1403.64
3642.78
62.68
o-eh-
42.60
89.00
2670.17
5578.52
1.00
ux
0
600.00
0.00
600.00
19891.58
78245.85
eh-eh
¼cktkj nj½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2347.38
80593.22
19891.58
60701.65
say
80593.22
80000.00
50 Vkads @ 80000/
80000 Vakdk = 4000000 .00
3720000 00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
tylaxzg.k Vkadk
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
Vakdk& /4×(3.35)2×1.50=13.21?k-ehvkxksj& /4×(8.50)2 &(8.05)2×0.30= 1.75
;ksx=14.96 ?k-eh
/4×(3.35)2×1.50=13.21 ?k-eh-
ii fo?kfVr p~Íku
l n½
2
13-21 ?ku-eh-
120
13-21 ?ku-eh4.4 ?ku-eh-
;ksx=17-61?k-eh
3
rjkbZ lesrA
4
vuqlkj
×3.05×3.35=32.08 o-eh
5
/4×[(3.35)2 &(3.05)2]×3.35=5.05?k-eh6
7
lhesUV elkyk 1%6
v½
/4×[(3.50)2 &(3.05)2]×0.60=1.38?k-eh/4×[(8.50)2 &(8.05)2]×0.60=3.50?k-eh-
;ksx=4.88 ?k-eh
×3.05×3.35 =32.08 o-eh×3.50×0.60 = 6.59
;ksx=38.67 o-eh-
o-eh-
8
2×3.50×0.30=2.10 o-eh9
10
11
12
eh-eh
o-eh?kVk;k 0-45×0.45 =0.20 o-eh=9.41 o-eh/4×(3.50)2=9.61
/4×[(8.50)2 &(3.50)2]=47.10 o-eh8.50×0.30=8.00 o-eh8.05×0.30=7.58
;ksx =62.68 o-eh-
¼cktkj nj½
1 uax
o-eh-
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
2
3
4
ek=k bdkbZ
nwjh rd fuLrkj.k
jkf”k
Je
dqy
Je
dqy
82.00
370.64
370.64
4.52
?k-eh-
82.00
1.00
?k-eh-
255.05 2338.00
255.05
2338.00
18.63
?k-eh-
183.00 968.00
3409.29
18033.84
2.19
o-eh-
141.00 298.00
308.79
652.62
7.13
o-eh-
71.15
132.00
507.30
941.16
5.08
o-eh-
84.00
218.00
426.72
1107.44
rjkbZ lesrA
elkys esa
uho esa
vf/kjpuk esa
5
fe-eh6
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
5277.79
23443.70
703.31
24147.01
5277.79
18869.22
say
24147.01
24000.00
48 osLVoh;j @ 24000/
24000 osLVoh;j =1152000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
dk;Z dk uke&
osLV os;j
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
H.W. 1x7.50x2.50x2.00=37.50 ?ku fQV
S.W.2x9.00x2.00x2.00=72.00
W.W. 4x2.00x2.00x2.00=32.00
A.P.1x7.50x3.25x0.75x=18.28
159.78 ?ku fQV
4.52 ?ku ehVj
2
rjkbZ lesrA
35.37 ?ku fQV
1.00 ?ku ehVj
3
elkys esa
uho esa
vf/kjpuk esa
H.W. 1x7.5x2.5x1.50=28.12 ?ku fQV
S.W.2x9.0x2.0x1.5=54.00
W.W. 4x2.00x2.00x1.5=24.00
H.W. 1x7.5x2.5+1.50/2x1.00=15.00
2
S.W.2x9.0x1.50x1.00=27.00
S.W. 2x9.00+3.00/2x1.50=40.50
2
W.W. 4x2.00x1.50x1.00=12.00
200.62
say
18.63 ?ku0eh-
4
1x7.50x3.15=23.62 o-fQVSay 2.19 o-eh-
5
fe-eh-
H.W. 1x7.50x1.00=7.50 o-fQV
H.W. 1x7.50x1.50=11.25
S.W2x9.00x1.00=18.00
S.W.2x9.00+3.00x2.15=30.00
2
W.W.4x3.50x1.00=14.00
80.75
?kVk;k 2x2.5+1.5x1.00=4.00
2
=76.75
6
S.W.2x3.00x1.50=9.00
W.W.4x2.00x1.50=12.00
= 54.75
say 5.08
ykxr rdehuk
IV ¼I.W.M.P½
yEckbZ 100 ehVj
Ø-la-
nj
fooj.k
1
2
3
4
5
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200
ehVj
0.47
0.47
94.00
94.00
110
?k-eh-
82.00
82.00
9020.00
9020.00
9.92
9.92
198.40
198.40
-
40.00
16.67
16.67
fuLrkj.k djukA
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2000
2.00
100
ux@100
fd-xzk
ehVj
80.00
1667.00
1667.00
10979.40
11059.40
331.78
11391.18
10979.40
411.78
Say
11391.18
11400.00
Rs.114 / meter
2000 ehVj @ 114/
114 ehVj =228000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
1
=100
ehVj
2x100 ehVj = 200
fuLrkj.k djukA
ehVj
200x(1.60+0.60)x1.0
2
= 110.00 ?k-eh
3
3x100=300x100
15
=2000 uax
4
100 eh0 @ 2
fdyks@100 eh0
=2 fd-xzk
5
100 ehVj
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k

{kS=Qy% 1-00 gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2
3
eh0
800 eh-
800 ehx1/2x0.60x0.30=72.00 ?ku0eh0
4
5
800 eh800 eh- @ 1 fd-xzk-@100
ehVj=8 kg
ykxr rdehuk
IV ¼I.W.M.P½

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
20 gSDV;j @ 8300/
8300 gSDV;j =166000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
10 vnZu caM @ 59000/
59000 vnZu caM =590000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
yEckbZ 100 ehVj
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
:
59217.24
59000.00
590 @ehVj
1500 ehVj @ 590/
590 ehVj =885000-00
MODEL ESTIMATE
yEckbZ 100 ehVj
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
Name of Village : Chantwara
Quntity
A
1
2
3
4
5
Rate
Amount
1257
No.
975
1225575
Guar
300
No.
775
232500
Moong+Bajra
1002
No.
1300
1302600
Mustered
200
No.
750
150000
2759
No.
3800
2910675
100
No.
1525
152500
2859
-
-
3063175
Total
B
Unit
Lucern
Grant Total
Say 3063000.00
2.d`"kd fgLlk jkf'k =1139000-00
ykxr rdehuk
S.No
1
2
3
4
5
6
7
Quantity
Rate
Amount
Tomato
10 gm
130/10gm
130.00
Brinjal
10 gm
20/10gm
20.00
Lady finger
100 gm
100/500gm
20.00
Onion
20 gm
100/100gm
20.00
Radish
10 gm
20/10gm
20.00
Chilli
10 gm
80/10gm
80.00
Caaliflower
Total
10 gm
210/10gm
210.00
500.00
Rs. 500 Per No.
250 fdV @500/
500 fdV =125000-00
ykxr rdehuk
Ø-la-
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10
{kS=Qy% 0-20
IV ¼I.W.M.P½
lqqijQkLQsV
nj
Je
jkf”k
ek=k
bdkbZ
dqy
17.28
?k-eh-
800
fd-xzk-
-
2.50
20
-
3.50
-
4.00
-
-
-
5.00
-
100.00
82.00 82.00
Je
dqy
1416.96
1416.96
-
2000.00
iksVk'k
;wfj;k
20
fd-xzkfd-xzkfd-xzk-
8
fd-xzk-
-
12.00
80
3.00
3.00
240.00
240.00
80
la[;k
la[;k
-
15.00
-
1200.00
0.25
yhVj
-
360.00
-
90.00
160
la[;k
0.21
0.21
33.60
33.60
1690.56
5246.56
ikS/ks jksi.k djuk
ikS/kksa dh dher
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
70.00
96.00
157.40
5403.96
1690.56
3713.40
5403.96
Say
5400.00
5 ;wfuV @ 5400/
5400 ;wfuV =27000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
{kS=Qy% 0-20
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
80x0.60x0.60x0.60= 17.28 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
iksVk'k
;wfj;k
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
fd-xzk-
80 xMMs~ @ 0.10 fd-xzk-@xM~Mk =8.00
fd-xzk-
ikS/ks jksi.k djuk
9
10
ikS/kksa dh dher
fd-xzk-
-
80
8
fd-xzk-
80
0.25 yhVj-@;wfuV
160
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]

y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.25 fd-xzk-@xM~Mk=13.75
iksVk'k
;wfj;k
55 xMMs~ @ 0.05 fd-xzk-@xM~Mk=2.75
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10

nj
ek=k
bdkbZ
40.09
?k-eh-
xkscj dh [kkn
lqqijQkLQsV
550
-
2.50
-
3.50
iksVk'k
;wfj;k
3.00
-
4.00
-
12.00
6
-
5.00
-
30.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
25.00
-
1375.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
6478.48
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
14
Je
jkf”k
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
49.00
72.00
194.35
6672.83
3475.48
3197.35
6672.83
Say
6700.00
11 ;wfuV @ 6700/
6700 ;wfuV =73700-00
Say = 74,000.00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10

jkf”k
nj
ek=k
bdkbZ
40.09
?k-ehfd-xzk-
Je
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
-
2.50
-
3.50
-
4.00
-
20.00
12
fd-xzkfd-xzkfd-xzk-
-
5.00
-
60.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
15.00
-
825.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
5987.48
lqqijQkLQsV
iksVk'k
;wfj;k
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
550
20
5.00
70.00
72.00
179.62
6167.10
3475.48
2691.62
6167.10
Say
6200.00
8 ;wfuV @ 6200/
6200 ;wfuV =49600-00
Say = 50,000.00
MODEL ESTIMATE
IV ¼I.W.M.P½

Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.35 fd-xzk-@xM~Mk =19.25
iksVk'k
;wfj;k
55 xMMs~ @ 0.08 fd-xzk-@xM~Mk =4.4
fd-xzk-
say 5.00 fd-xzk-
55 xMMs~ @ 0.22 fd-xzk-@xM~Mk=12.10
fd-xzk-
say 12.00 fd-xzk-
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk =5.50
fd-xzk-
say 6.00 fd-xzk-
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
fd-xzk-
say 20 fd-xzk-
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
2
3
4
y-xpkS
x- = dqy ek=k
y- pkS- xx100
ikS/ks jksi.k djuk
ikS/kksa dh dher
100
108 ikS/ks (100+8=108) 8%
xM~Ms
ikS/ks
108 ikS/ks
5
6
100 ikS/ks@ 0.03
2x100 ikS/ks@ 0.05
7
100 ikS/ks
ykxr rdehuk
IV ¼I.W.M.P½

Ø-la-
1
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
3.00
3.00
300.00
300.00
108
la[;k
-
5.00
-
540.00
-
908.21
3
ikS/kksa dh dher
4
la[;k
@1000
108
98.09
5
3
fd-xzk-
-
10.00
-
30.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
10
fd-xzkla[;k
-
12.00
-
120.00
0.21
0.21
21.00
21.00
1001.00
1789.09
6
7
100
53.67
1842.76
1001.00
841.76
1842.76
Say
1800.00
Say 18 : @ ikS/kk
7000 ikS/ks @18/
18 ikS/kk =126000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
2x3-00x2-00x0-90=10-80 ?k-eh
ek=k
bdkbZ
10.80
?k-eh
flaxy lqij QkLQsV
150.00
fd-xzk-
;wfj;k
dYpj iSfdaV
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
30.00
fd-xzkla[;k
3.00
Je
jkf”k
dqy
Je
dqy
885.60
885.60
3.60
-
540.00
5.00
-
150.00
10.00
-
30.00
885.60
1605.60
82.00 82.00
-
-
48.17
1653.77
885.60
768.17
1653.77
Say
1650.00
1650@ fiV
300 ;wfuV @1650/
1650 ;wfuV =495000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
djuk e; rjkbZ ds A
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
ek=k
bdkbZ
Je
jkf”k
dqy
Je
dqy
0.49
?k-eh
82.00 82.00
40.18
40.18
3.30
oxZ eh-
77.40 402.00
255.42
1326.60
5.00
fd-xzkoxZ eh-
2.81
-
150.00
-
750.00
-
25.00
-
70.25
295.60
2187.03
65.61
2252.64
295.60
1957.04
2252.64
Say
2250 @ ;wfuV
20;wfuV @ 2250/
2250 ;wfuV
2250.00
45000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
djuk e; rjkbZ ds A
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x1.85 x0.12 x0.075=0.033 ?k-eh2x0.90 x0.12 x0.075=0.016 ?k-eh-
;ksx = 0.049 ?k-eh2x1.85 x0.60=2.22 oxZ
ehVj
2x0.90 x0.60=1.08 oxZ ehVj
;ksx
= 3.30 oxZ
ehVj
5 fdyks
1x2.25 x1.25=2.81 oxZ
ehVj
ykxr rdehuk
Management
Area: 2494 ha.
Quntity
Publicity Charge)
Unit
Rate
Amount
10
No.
10000
100000
100
No.
500
50000
1
No.
10000
10000
111
No.
-
160000
Total
ykxr rdehuk
Micro Enterprises
Area: 2494 Hac.
Quntity
Unit
Rate
Amount
4
No.
4000
16000
2. Black smith
0
No.
6000
0
3. Cycle repair
0
No.
6000
0
4.Potter
0
No.
12000
0
5. Mason
5
No.
2000
10000
0
No.
12000
0
38000
190000
6. Foot wear
(i) Sheep(20+1=21No.)
5
(ii) Goat(10+1=11No.)
5
1
TOTAL
20
No.
No.
28000
No.
L.S.
140000
3
644000
1000000
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-

100 ikS/ks
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
la[;k
3.00
3.00
300.00
300.00
0
5.00
0
540.00
la[;k
fd-xzk-
1.80
1.80
180.00
180.00
0.00
10.00
0.00
30.00
0.00 908.21
0.00
98.09
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
c okuLifrd dk;Z%&
3
4
5
6
ikS/kksa dh dher
108
100
3.00
108
7
8
9
10
100
la[;k
1.80
1.80
180.00
180.00
800
la[;k
1.80
1.80
1440.00
1440.00
400
1.20
1.20
480.00
480.00
0
29.83
0
357.96
10
la[;k
yhVj@
1000
fd-xzk-
0
15.00
0
150.00
200
la[;k
0.21
0.21
42.00
42.00
j[kj[kkc%&
12000
11
12
la[;k@
1000
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
3302.00
4478.05
134.34
4612.39
3302.00
1310.39
Say
46@
@izfr
4612.39
4600.00
ikS/kk
8000 ikS/ks @ 46/
46 ikS/kk =368000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
100 ikS/ks

Ø-lafooj.k
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx100 xM~Ms
c okuLifrd dk;Z%&
3
4
ikS/kksa dh dher
5
6
7
8
9
100 ikS/ks
108 (100+8 8% ikS/kksa
100
10
11
fd-xzk-
108
100
j[kj[kkc%&
2x4x100=800
(2
2(2x100)=400
(2
8x100=800 @ 15yhVj@izfr
ikS/kk 12000 yhVj
12
2x100=200 ikS/kk
¼2 ckj½
ykxr rdehuk
Ø-la-
1
nj
fooj.k
ek=k
bdkbZ
1.00
gSDV;j
8.00
fd-xzk-
Je
jkf”k
dqy
Je
dqy
55.35
431.35
-
400.00
55.35
831.35
fd-
55.35 431.35
2
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
50.00
24.94
856.29
55.35
800.94
856.29
Say
800.00
20 gSDV;j @ 800/
800 gSDV;j =16000-00
MODEL ESTIMATE
Ø-la-
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
fd1 gSDV;j
8 fdyks
izfr gSDV;j
MODAL ESTIMATE
Details
S.No.
Kharif Session
1. Single crop
(i) Moong
Area/
Demo.
(Hec.)
0.04
Seed
D.A.P
Qty.(kg.)
Amt.
6.00
330.00
Qty.(kg.)
S.S.P.
Amt.
Qty.(kg.)
25
-
-
25.00
250.00
-
25.00
250.00
25
25.00
250.00
-
10.00
100.00
-
(ii) Cluster Bean
0.04
A
2. Intercropping
Moong
+
Bajra
B
Rabi Session
(i) Mustered
0.04
8.00
3.00
+
1.00
0.04
1.50
0.04
3.00
192.00
165.00
30.00
75.00
Total
C
Fodder Demos.
(i) Lucern
750.00
STIMATE
S.S.P.
Insectisides
Amt.
Qty.(M.L)
Culture
Amt.
No. of
Packt.
Amt.
Amount/
Demo
605.00
90
500
175
1
10
-
500
175
1
10
Say 600
627.00
Say 600
730.00
90
500
-
-
-
175
-
500
-
1
175
-
1
1
10
Say 700
10
510.00
Say 500
10
2400
2400/4 = 600 /
Demons.
860.00
Say 900
ykxr rdehuk
IV ¼I.W.M.P½
osthVsVhodUVwj caM
{kS=Qy% 01 gSDVs;j
xkao dk uke % HkkiMh yEckbZ izfr gSDV;j 50 eh0
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100.00
ehVj
0.47
0.47
47.00
47.00
92.50
?k-eh-
84.80
84.80
7844.00
7844.00
0.60
0.60
60.00
60.00
-
50.00
2
3
100.00
4
/kkeu ?kkl cht
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
1.00
ehVj
fd-xzk
50.00
7951.00
8001.00
240.03
8241.03
7951.00
290.03
Say
8241.03
8250.00
250 gSDV;j @ 8250/
8250 gSDV;j =2062000-00
2.d`"kd fgLlk jkf'k = 144000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
d`f’k Hkwfe ij
osthVsfVocaM
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x 50 = 100 ehVj
2
50x(0.60+3.10)x 1.00
2
= 92.50. ?k-eh-
3
4
/kkeu ?kkl cht
2 x 50 = 100 eh-
100
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
10 vnZu caM @ 59000/
59000 vnZu caM =590000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
IV ¼I.W.M.P½
xkao dk uke% HkkiMh
{kerk
Ø-la-
nj
fooj.k
1
yhVj
35000
ek=k bdkbZ
jkf”k
Je
dqy
Je
dqy
14.96
?k-eh-
82.00
82.00
1226.72
1226.72
17.61
?k-eh-
130.00
130.00
2289.30
2289.30
17.61
?k-eh-
23.50
23.50
413.84
413.84
7.50
?k-eh-
255.05 1835.00
1912.88
13762.50
32.08
o-eh-
27.25
121.00
874.18
3881.68
5.05
?k-eh-
602.10 3719.00
3040.61
18780.95
ii fo?kfVr p~Íku
2
3
4
5
l n½
fy,
rjkbZ lesrA
vuqlkj
6
7
8
9
10
11
12
lhesUV elkyk 1%6
4.88
?k-eh-
366.00 2954.00
1786.08
14415.52
38.67
o-eh-
42.60
104.00
1647.34
4021.68
2.10
o-eh-
162.00 1020.00
340.20
2142.00
9.41
o-eh-
243.00
796.00
2286.63
7490.36
16.71
o-eh-
84.00
218.00
1403.64
3642.78
62.68
o-eh-
42.60
89.00
2670.17
5578.52
1.00
ux
0
600.00
0.00
600.00
19891.58
78245.85
eh-eh
¼cktkj nj½
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2347.38
80593.22
19891.58
60701.65
say
80593.22
80000.00
20 Vkads @ 80000/
80000 Vakdk = 1600000 .00
1488000 00
2.d`"kd fgLlk jkf'k = 112000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-la1
dk;Z dk uke&
tylaxzg.k Vkadk
{kS=Qy% 01 gSDVs;j
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
Vakdk& /4×(3.35)2×1.50=13.21?k-ehvkxksj& /4×(8.50)2 &(8.05)2×0.30= 1.75
;ksx=14.96 ?k-eh
/4×(3.35)2×1.50=13.21 ?k-eh-
ii fo?kfVr p~Íku
l n½
2
13-21 ?ku-eh-
120
13-21 ?ku-eh4.4 ?ku-eh-
;ksx=17-61?k-eh
3
rjkbZ lesrA
4
vuqlkj
×3.05×3.35=32.08 o-eh
5
/4×[(3.35)2 &(3.05)2]×3.35=5.05?k-eh6
7
lhesUV elkyk 1%6
v½
/4×[(3.50)2 &(3.05)2]×0.60=1.38?k-eh/4×[(8.50)2 &(8.05)2]×0.60=3.50?k-eh-
;ksx=4.88 ?k-eh
×3.05×3.35 =32.08 o-eh×3.50×0.60 = 6.59
;ksx=38.67 o-eh-
o-eh-
8
2×3.50×0.30=2.10 o-eh9
10
11
12
eh-eh
o-eh?kVk;k 0-45×0.45 =0.20 o-eh=9.41 o-eh/4×(3.50)2=9.61
/4×[(8.50)2 &(3.50)2]=47.10 o-eh8.50×0.30=8.00 o-eh8.05×0.30=7.58
;ksx =62.68 o-eh-
¼cktkj nj½
1 uax
o-eh-
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
2
3
4
ek=k bdkbZ
nwjh rd fuLrkj.k
jkf”k
Je
dqy
Je
dqy
82.00
370.64
370.64
4.52
?k-eh-
82.00
1.00
?k-eh-
255.05 2338.00
255.05
2338.00
18.63
?k-eh-
183.00 968.00
3409.29
18033.84
2.19
o-eh-
141.00 298.00
308.79
652.62
7.13
o-eh-
71.15
132.00
507.30
941.16
5.08
o-eh-
84.00
218.00
426.72
1107.44
rjkbZ lesrA
elkys esa
uho esa
vf/kjpuk esa
5
fe-eh6
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
5277.79
23443.70
703.31
24147.01
5277.79
18869.22
say
24147.01
24000.00
14 osLVoh;j @ 24000/
24000 osLVoh;j =336000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
dk;Z dk uke&
osLV os;j
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
H.W. 1x7.50x2.50x2.00=37.50 ?ku fQV
S.W.2x9.00x2.00x2.00=72.00
W.W. 4x2.00x2.00x2.00=32.00
A.P.1x7.50x3.25x0.75x=18.28
159.78 ?ku fQV
4.52 ?ku ehVj
2
rjkbZ lesrA
35.37 ?ku fQV
1.00 ?ku ehVj
3
elkys esa
uho esa
vf/kjpuk esa
H.W. 1x7.5x2.5x1.50=28.12 ?ku fQV
S.W.2x9.0x2.0x1.5=54.00
W.W. 4x2.00x2.00x1.5=24.00
H.W. 1x7.5x2.5+1.50/2x1.00=15.00
2
S.W.2x9.0x1.50x1.00=27.00
S.W. 2x9.00+3.00/2x1.50=40.50
2
W.W. 4x2.00x1.50x1.00=12.00
200.62
say
18.63 ?ku0eh-
4
1x7.50x3.15=23.62 o-fQVSay 2.19 o-eh-
5
fe-eh-
H.W. 1x7.50x1.00=7.50 o-fQV
H.W. 1x7.50x1.50=11.25
S.W2x9.00x1.00=18.00
S.W.2x9.00+3.00x2.15=30.00
2
W.W.4x3.50x1.00=14.00
80.75
?kVk;k 2x2.5+1.5x1.00=4.00
2
=76.75
6
S.W.2x3.00x1.50=9.00
W.W.4x2.00x1.50=12.00
= 54.75
say 5.08
ykxr rdehuk
IV ¼I.W.M.P½
yEckbZ 100 ehVj
Ø-la-
nj
fooj.k
1
2
3
4
5
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200
ehVj
0.47
0.47
94.00
94.00
110
?k-eh-
82.00
82.00
9020.00
9020.00
9.92
9.92
198.40
198.40
-
40.00
16.67
16.67
fuLrkj.k djukA
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2000
2.00
100
ux@100
fd-xzk
ehVj
80.00
1667.00
1667.00
10979.40
11059.40
331.78
11391.18
10979.40
411.78
Say
11391.18
11400.00
Rs.114 / meter
1000 ehVj @ 114/
114 ehVj =114000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
1
=100
ehVj
2x100 ehVj = 200
fuLrkj.k djukA
ehVj
200x(1.60+0.60)x1.0
2
= 110.00 ?k-eh
3
3x100=300x100
15
=2000 uax
4
100 eh0 @ 2
fdyks@100 eh0
=2 fd-xzk
5
100 ehVj
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k

{kS=Qy% 1-00 gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2
3
eh0
800 eh-
800 ehx1/2x0.60x0.30=72.00 ?ku0eh0
4
5
800 eh800 eh- @ 1 fd-xzk-@100
ehVj=8 kg
ykxr rdehuk
IV ¼I.W.M.P½

{kS=Qy% 1-00 gSDVj
Ø-la1
2
3
4
5
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
800
eh-
1.15
1.15
920.00
920.00
800
eh-
0.47
0.47
376.00
376.00
72
?k-eh-
82.00
82.00
5904.00
5904.00
800
eh-
0.60
0.60
480.00
480.00
8
fd-xzk-
-
50.00
-
400.00
7680.00
8080.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
242.40
8322.40
7680.00
642.40
8322.40
Say
8300.00
10 gSDV;j @ 8300/
8300 gSDV;j =83000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
59217.24
59000.00
10 vnZu caM @ 59000/
59000 vnZu caM =590000-00
MODEL ESTIMATE
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
yEckbZ 100 ehVj
IV ¼I.W.M.P½
Ø-la-
nj
fooj.k
1
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
200.00
ehVj
0.47
0.47
94.00
94.00
410.00
?k-eh-
84.80
84.80
34768.00
34768.00
200.00
ehVj
0.60
0.60
120.00
120.00
670.00
9.92
9.92
66.46
66.46
-
50.00
-
100.00
2.00
ux@100
fd-xzk
fd-xzk
-
40.00
-
80.00
23.00
?k-eh-
4209.00
22264.00
35048.46
57492.46
2
3
4
5
6
7
okfudh cht
lfgr
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
2.00
183.00 968.00
1724.77
59217.24
35048.46
24168.77
Say
:
59217.24
59000.00
590 @ehVj
1000 ehVj @ 590/
590 ehVj =590000-00
MODEL ESTIMATE
yEckbZ 100 ehVj
Ø-la-
IV ¼I.W.M.P½
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
2x 100 = 200 ehVj
100x(0.33+5.33)x 1.45
2
= 410. ?k-eh-
3
ykbZuksa esa
2 x 100 = 200 eh-
4
5
6
7
okfudh cht
lfgr
= 100x100 = 666.66 say 670
15
ehVj
100x0.23 x1.0=23 ?k-eh-
=2 fdyks
=2 fdyks
ykxr rdehuk
Name of Village : Bhapdi
Quntity
A
1
2
3
4
5
Rate
Amount
500
No.
975
487500
Guar
100
No.
775
77500
Moong+Bajra
322
No.
1300
418600
Mustered
50
No.
750
37500
972
No.
3800
1021100
52
No.
1525
79300
1024
-
-
1100400
Total
B
Unit
Lucern
Grant Total
Say 1100000.00
ykxr rdehuk
S.No
1
2
3
4
5
6
7
Quantity
Rate
Amount
Tomato
10 gm
130/10gm
130.00
Brinjal
10 gm
20/10gm
20.00
Lady finger
100 gm
100/500gm
20.00
Onion
20 gm
100/100gm
20.00
Radish
10 gm
20/10gm
20.00
Chilli
10 gm
80/10gm
80.00
Caaliflower
Total
10 gm
210/10gm
210.00
500.00
Rs. 500 Per No.
150 fdV @500/
500 fdV =75000-00
ykxr rdehuk
Ø-la-
fooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10
{kS=Qy% 0-20
IV ¼I.W.M.P½
lqqijQkLQsV
nj
Je
jkf”k
ek=k
bdkbZ
dqy
17.28
?k-eh-
800
fd-xzk-
-
2.50
20
-
3.50
-
4.00
-
-
-
5.00
-
100.00
82.00 82.00
Je
dqy
1416.96
1416.96
-
2000.00
iksVk'k
;wfj;k
20
fd-xzkfd-xzkfd-xzk-
8
fd-xzk-
-
12.00
80
3.00
3.00
240.00
240.00
80
la[;k
la[;k
-
15.00
-
1200.00
0.25
yhVj
-
360.00
-
90.00
160
la[;k
0.21
0.21
33.60
33.60
1690.56
5246.56
ikS/ks jksi.k djuk
ikS/kksa dh dher
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
70.00
96.00
157.40
5403.96
1690.56
3713.40
5403.96
Say
5400.00
3 ;wfuV @ 5400/
5400 ;wfuV =16000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
{kS=Qy% 0-20
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
80x0.60x0.60x0.60= 17.28 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
iksVk'k
;wfj;k
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
80 xMMs~ @ 0.25 fd-xzk-@xM~Mk =20.00
fd-xzk-
80 xMMs~ @ 0.10 fd-xzk-@xM~Mk =8.00
fd-xzk-
ikS/ks jksi.k djuk
9
10
ikS/kksa dh dher
fd-xzk-
-
80
8
fd-xzk-
80
0.25 yhVj-@;wfuV
160
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]

y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.25 fd-xzk-@xM~Mk=13.75
iksVk'k
;wfj;k
55 xMMs~ @ 0.05 fd-xzk-@xM~Mk=2.75
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk=5.50
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
5
6
7
8
9
10

nj
Je
jkf”k
dqy
Je
dqy
3287.38
3287.38
-
1375.00
ek=k
bdkbZ
40.09
?k-eh-
xkscj dh [kkn
lqqijQkLQsV
550
-
2.50
-
3.50
iksVk'k
;wfj;k
3.00
-
4.00
-
12.00
6
-
5.00
-
30.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
25.00
-
1375.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
6478.48
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
14
82.00 82.00
49.00
72.00
194.35
6672.83
3475.48
3197.35
6672.83
Say
6700.00
3 ;wfuV @ 6700/
6700 ;wfuV =20100-00
Say = 20,000.00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2 xkscj dh [kkn
3
4
5
6
7
8
9
10

nj
ek=k
bdkbZ
40.09
?k-ehfd-xzk-
Je
jkf”k
dqy
82.00 82.00
Je
dqy
3287.38
3287.38
-
1375.00
-
2.50
-
3.50
-
4.00
-
20.00
12
fd-xzkfd-xzkfd-xzk-
-
5.00
-
60.00
6
fd-xzk-
-
12.00
ikS/ks jksi.k djuk
55
la[;k
3.00
3.00
165.00
165.00
ikS/kksa dh dher
55
la[;k
-
15.00
-
825.00
0.25
yhVj
-
360.00
-
90.00
110
la[;k
0.21
0.21
23.10
23.10
3475.48
5987.48
lqqijQkLQsV
iksVk'k
;wfj;k
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
550
20
5.00
70.00
72.00
179.62
6167.10
3475.48
2691.62
6167.10
Say
6200.00
4 ;wfuV @ 6200/
6200 ;wfuV =24800-00
Say = 25,000.00
MODEL ESTIMATE
IV ¼I.W.M.P½

Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
y-xpkS
x- = dqy ek=k
y- pkS- xx-
55x0.90x0.90x0.90= 40.09 ?k-eh
2
3
4
5
6
7
xkscj dh [kkn
lqqijQkLQsV
55 xMMs~ @ 0.35 fd-xzk-@xM~Mk =19.25
iksVk'k
;wfj;k
55 xMMs~ @ 0.08 fd-xzk-@xM~Mk =4.4
fd-xzk-
say 5.00 fd-xzk-
55 xMMs~ @ 0.22 fd-xzk-@xM~Mk=12.10
fd-xzk-
say 12.00 fd-xzk-
55 xMMs~ @ 0.10 fd-xzk-@xM~Mk =5.50
fd-xzk-
say 6.00 fd-xzk-
ikS/ks jksi.k djuk
55
8
9
10
fd-xzk-
ikS/kksa dh dher
55
0.25 yhVj-@;wfuV
110
10 ;wfuV
fd-xzk-
say 20 fd-xzk-
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
2
3
4
y-xpkS
x- = dqy ek=k
y- pkS- xx100
ikS/ks jksi.k djuk
ikS/kksa dh dher
100
108 ikS/ks (100+8=108) 8%
xM~Ms
ikS/ks
108 ikS/ks
5
6
100 ikS/ks@ 0.03
2x100 ikS/ks@ 0.05
7
100 ikS/ks
ykxr rdehuk
IV ¼I.W.M.P½

Ø-la-
1
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
3.00
3.00
300.00
300.00
108
la[;k
-
5.00
-
540.00
-
908.21
3
ikS/kksa dh dher
4
la[;k
@1000
108
98.09
5
3
fd-xzk-
-
10.00
-
30.00
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
10
fd-xzkla[;k
-
12.00
-
120.00
0.21
0.21
21.00
21.00
1001.00
1789.09
6
7
100
53.67
1842.76
1001.00
841.76
1842.76
Say
1800.00
Say 18 : @ ikS/kk
7000 ikS/ks @18/
18 ikS/kk =126000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
2x3-00x2-00x0-90=10-80 ?k-eh
ek=k
bdkbZ
10.80
?k-eh
flaxy lqij QkLQsV
150.00
fd-xzk-
;wfj;k
dYpj iSfdaV
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
30.00
fd-xzkla[;k
3.00
Je
jkf”k
dqy
Je
dqy
885.60
885.60
3.60
-
540.00
5.00
-
150.00
10.00
-
30.00
885.60
1605.60
82.00 82.00
-
-
48.17
1653.77
885.60
768.17
1653.77
Say
1650.00
1650@ fiV
100 ;wfuV @1650/
1650 ;wfuV =165000-00
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-
1
2
3
4
nj
fooj.k
fuLrkj.k djukA
l[r]fpduh]
djuk e; rjkbZ ds A
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
ek=k
bdkbZ
Je
jkf”k
dqy
Je
dqy
0.49
?k-eh
82.00 82.00
40.18
40.18
3.30
oxZ eh-
77.40 402.00
255.42
1326.60
5.00
fd-xzkoxZ eh-
2.81
-
150.00
-
750.00
-
25.00
-
70.25
295.60
2187.03
65.61
2252.64
295.60
1957.04
2252.64
Say
2250 @ ;wfuV
20;wfuV @ 2250/
2250 ;wfuV
2250.00
45000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
Ø-lafooj.k
fuLrkj.k djukA
l[r]fpduh]
2
3
4
djuk e; rjkbZ ds A
y-xpkS
x- = dqy ek=k
y- pkS- xx-
2x1.85 x0.12 x0.075=0.033 ?k-eh2x0.90 x0.12 x0.075=0.016 ?k-eh-
;ksx = 0.049 ?k-eh2x1.85 x0.60=2.22 oxZ
ehVj
2x0.90 x0.60=1.08 oxZ ehVj
;ksx
= 3.30 oxZ
ehVj
5 fdyks
1x2.25 x1.25=2.81 oxZ
ehVj
ykxr rdehuk
Management
Area: 2494 ha.
Quntity
Publicity Charge)
Unit
Rate
Amount
10
No.
10000
100000
50
No.
500
25000
1
No.
10000
10000
61
No.
-
135000
Total
ykxr rdehuk
Micro Enterprises
Area: 2494 Hac.
Quntity
Unit
Rate
Amount
1
No.
4000
4000
2. Black smith
0
No.
6000
0
3. Cycle repair
0
No.
6000
0
4.Potter
2
No.
12000
24000
5. Mason
6
No.
2000
12000
0
No.
12000
0
38000
76000
6. Foot wear
(i) Sheep(20+1=21No.)
2
(ii) Goat(10+1=11No.)
3
1
TOTAL
15
No.
No.
28000
No.
L.S.
84000
3
300000
500000
ykxr rdehuk
IV ¼I.W.M.P½
Ø-la-

100 ikS/ks
nj
fooj.k
jkf”k
ek=k
bdkbZ
Je
dqy
Je
dqy
100
la[;k
6.80
6.80
680.00
680.00
100
la[;k
la[;k
3.00
3.00
300.00
300.00
0
5.00
0
540.00
la[;k
fd-xzk-
1.80
1.80
180.00
180.00
0.00
10.00
0.00
30.00
0.00 908.21
0.00
98.09
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
c okuLifrd dk;Z%&
3
4
5
6
ikS/kksa dh dher
108
100
3.00
108
7
8
9
10
100
la[;k
1.80
1.80
180.00
180.00
800
la[;k
1.80
1.80
1440.00
1440.00
400
1.20
1.20
480.00
480.00
0
29.83
0
357.96
10
la[;k
yhVj@
1000
fd-xzk-
0
15.00
0
150.00
200
la[;k
0.21
0.21
42.00
42.00
3302.00
4478.05
j[kj[kkc%&
12000
11
12
la[;k@
1000
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
134.34
4612.39
3302.00
1310.39
Say
46@
@izfr
4612.39
4600.00
ikS/kk
4000 ikS/ks @ 46/
46 ikS/kk =184000-00
MODEL ESTIMATE
IV ¼I.W.M.P½
100 ikS/ks

Ø-lafooj.k
v vfxze enk dk;Z %&
400 xM~Ms@gSDVj
y-xpkS
x- = dqy ek=k
y- pkS- xx100 xM~Ms
c okuLifrd dk;Z%&
3
4
ikS/kksa dh dher
5
6
7
8
9
100 ikS/ks
108 (100+8 8% ikS/kksa
100
10
11
12
fd-xzk-
108
100
j[kj[kkc%&
2x4x100=800
(2
2(2x100)=400
(2
8x100=800 @ 15yhVj@izfr
ikS/kk 12000 yhVj
2x100=200 ikS/kk
¼2 ckj½
ykxr rdehuk
Ø-la-
1
nj
fooj.k
ek=k
bdkbZ
1.00
gSDV;j
8.00
fd-xzk-
Je
jkf”k
dqy
Je
dqy
55.35
431.35
-
400.00
55.35
831.35
fd-
55.35 431.35
2
;ksx
tksMk 3% dUVkstsUlh
;ksx
ykxr Je Hkkx
ykxr lkexzh Hkkx
dqy ;ksx
-
50.00
24.94
856.29
55.35
800.94
856.29
Say
800.00
10 gSDV;j @ 800/
800 gSDV;j =8000-00
MODEL ESTIMATE
Ø-la-
fooj.k
y-xpkS
x- = dqy ek=k
y- pkS- xx-
1
fd1 gSDV;j
8 fdyks
izfr gSDV;j
MODAL ESTIMATE
Details
S.No.
Kharif Session
1. Single crop
(i) Moong
Area/
Demo.
(Hec.)
Seed
Qty.(kg.)
D.A.P
Amt.
Qty.(kg.)
S.S.P.
Amt.
Insectisides
Culture
Packt.
605.00
0.04
6.00
330.00
25
90
500
175
1
10
-
-
500
175
1
10
-
-
25.00
250.00
25.00
250.00
25
90
25.00
250.00
-
-
(ii) Cluster Bean
0.04
A
2. Intercropping
Moong
+
Bajra
B
Rabi Session
(i) Mustered
0.04
0.04
8.00
3.00
+
1.00
1.50
192.00
165.00
30.00
75.00
Fodder Demos.
(i) Lucern
0.04
3.00
750.00
Say 600
627.00
Say 600
730.00
500
-
175
-
500
175
1
10
1
10
510.00
Say 500
10
2400
2400/4 = 600 /
Demons.
860.00
Say 900
Total
C
Amount/
Demo
10.00
100.00
-
-
-
-
1
Say 700

Jalore(IWMP)-IV - Directorate of Watershed and Soil Conservation

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