S I UNITS
This unit is an extension of the traditional metric system (MKS-Metre KilogramSecond). In 1950 the International Electro-chemical Commission (IEC) adopted ‘ampere’
– the electric current as the fourth basic unit besides Metre, Kilogram and Second of MKS
being called as MKSA system. The General Conference on Weights and Measures (Conference
Generale des Poids et Measures CGPM) in 1954 adopted the unit of luminous intensity of
light as ‘candela’ besides degree kelvin for temperature. India adopted Metric System through
statutory decision by an Act of Parliament in 1956 to change over to MKS system. In 1960 at
the 11th meeting of CGPM a more coherent unit, syste’me International d’ Unite’s abbreviated
as SI, was adopted. In it the energy, heat and work are expressed in terms of a single unit, joule
eliminating the use of Joule’s conversion factor. Many countries have adopted this system
since then. The British Government adopted this unit on 24th May, 1965.
SI units are grouped into three classes:
1.Basic Units: It is based on seven standard dimensions independent of each
other as listed in Table SI-1.
2.Supplementary Units: As the General Conference has not classified certain units
of the International System either in basic units or derived units, they are grouped
as supplementary units as listed in Table SI-2.
3.Derived Units: There are some derived units in terms of basic units used to indicate
a physical quantity. As an example, unit of energy is expressed as kg.m2 /s2 which
is represented by joule having symbol J. Similarly force has a unit of kg.m/s2 and
is expressed as newton having symbol N. A set of such special names with their
symbol and units are given in Table SI-3.
It is to be noted that the unit representing certain physical quantity should be written
with small letter, even though they are representing well known names of the leading inventors.
As an example Watt, Kelvin and Newton used to denote energy, temperature and force should
be written as:
watt, kelvin and newton.
There are several other common derived units expressed in terms of basic and derived
units with special names. They are listed in Table SI-4.
Table SI-1 Basic Units
Basic unit
Symbol of Unit
Dimension
kilogram
kg
M
mass
metre
m
L
length
second
s
T
time
kelvin
K
t
thermodynamic temperature
ampere
A
–
current
candela
cd
–
luminous intensity
mol
–
amount of substance
mole
1
Physical Quantity
2
REFRIGERATION AND AIRCONDITIONING DATA BOOK
Table SI-2 Supplementary SI Units
Basic Unit
Symbol of Unit
Physical Quantity
radian
rad
plane angle
stradian
sr
solid angle
Table SI-3 Derived Units with Special Names
Derived Unit
Unit Symbol
Dimension
Physical quantity
newton
N
kg.m/s
joule
J
N.m or kg.m2/s2
energy, work, heat
watt
W
J/s, kg.m /s
power
pascal
Pa
N/m , kg/m.s
pressure, stress
hertz
Hz
s–1
frequency
volt
V
W/A
ohm
W
V/A or W/A
electrical resistance
coulomb
C
A.s
charge
farad
F
A.s/V or A .s/W
capacitance
weber
Wb
V.s or W.s/A or W.s/A
magnetic flux
henry
H
W b/A or
inductance
siemens
S
A/V or A /W
tesla
T
Wb/m or V.s/m
magnetic induction
lumen
lm
cd. sr
luminous flux
lux
lm/m
volume
force
2
2
3
2
2
potential
2
2
conductance (Electrical)
2
2
2
cd.sr/m
2
2
L
cm
3
illuminance
3
Table SI-4 Some Common Derived Units
Quantity
Unit
Symbol
acceleration
metre per second squared
m/s2
angular velocity
radian per second
rad/s2
concentration
mole per cubic metre
mol/m3
density (mass)
kilogram per cubic metre
kg/m3
electric field strength
volt per metre
V/m
energy density
joule per cubic metre
J/m3
exposure (X and gamma rays)
coulomb per kilogram rays
C/kg
heat flux density
watt per square metre
W/m2
molar energy
joule per mole
J/mol
molar heat capacity
joule per mole kelvin
permeabi1ity
henry per metre
angular acceleration
radian per second squared
J/(mol.K)
H/m
rad/s2
(Contd.)
Ved
d\N-data table\rad1-1 IInd 26-4-12
IIIrd 22-9-12
3
REFRIGERATION AND AIRCONDITIONING DATA BOOK
Quantity
Unit
Symbol
area
square metre
m2
current density
ampere per square metre
A/m2
electric charge density
coulomb per cubic metre
C/m3
entropy
joule per kelvin
heat capacity
joule/kelvin
J/K
magnetic field strength
ampere per metre
A/m
molar entropy
joule per mole kelvin
moment of force
newton metre
N
permitive
farad per metre
F
power density
watt per square metre
specific energy
joule per kilogram
specific volume
cubic metre per kilogram
m3/kg
thermal conductivity
watt per metre
W/m
viscosity (dynamic)
pascal second
Pa.s
volume
cubic metre
specific heat capacity
joule per kilogram kelvin
J/(kg.K)
specific entropy
joule per kilogram kelvin
J/(kg.K)
surface tension
newton per metre
N/m
velocity
metre per second
m/s
viscosity (kinematic)
square metre per second
m2/s
J/K
J/mol.K
W/m2
J/kg
m3
Some Common Units
In addition to internationally used symbols and units, there are some other units which
we are very much accustomed to, like ton unit of refrigeration (equivalent to 3.5 kW), tonne
unit of mass equivalent to 1000 kg/tonne. In India quintal is most commonly used which
amounts to 100 kg. Pressure is also expressed in bar which is equivalent to 105 N/m2 or
105 Pa or 102 kPa or 0.1 MPa.
Volume is also expressed in litre (L) as special case. It represents cubic decimetre. It is
restricted to the use of volume for liquid and gas. One may use milli- and micro- with litre
but not other prefixes.
Prefixes: The prefixes are used to keep the variation in physical quantities between 0.1
and 1000. Hence one may write 1000 N as 1 kN and 1,00,000 N as 0.1 MN. But compound
prefixes are not permitted in SI Unit. As an example, 106 W = 1 kkW is not permitted. It
has to be used as 1 MW. Similarly 107 Pa should be written as 10 MPa and not as 10 k.k.Pa.
105 Pa may be written as 0.1 MPa.
Some unit symbols which are under common use in SI system these days, are h for
hour, min for minute (1 min ≡ 60 s), d for days, t for metric ton (=1000 kg), ha for hectare
(10,000m2), kWh for kilowatt-hour (=3600 kJ or 3.6 MJ).
Ved
d\N-data table\rad1-1 IInd 26-4-12
IIIrd 22-9-12
.00611
0
.00657
.00706
.00758
.00813
.00872
.00935
.01002
.01072
.01148
.01228
.01705
.02339
.03169
.04246
.04759
.05324
.05628
.05947
.06632
1
2
3
4
5
6
7
8
9
10
15
20
25
30
32
34
35
36
38
.00611
2
1
.01
P
Press bar
t
Temp.
°C
Ved
d\N-data table\rad1-1 IInd 26-4-12
IIIrd 22-9-12
1.0071
1.0063
1.0060
1.0056
1.0050
1.0043
1.0029
1.0018
1.0009
1.0004
1.0003
1.0002
1.0002
1.0001
1.0001
1.0001
1.0001
1.0001
1.0002
1.0002
1.0002
3
vf , L/kg
Sat. liquid
Specific Volume
21.50
23.94
25.2
26.57
29.54
32.89
42.26
57.79
77.9
106.3
113.3
120.9
129.0
137.73
147.12
157.23
168.13
179.8
192.5
206.1
206.28
4
vg , m3/kg
Sat. vapour
159.21
150.86
146.68
142.50
134.15
125.79
104.89
83.96
62.99
42.01
37.80
33.60
29.39
25.20
20.98
16.78
12.57
8.37
4.16
.01
–.02
5
hf
Sat. liquid
2411.5
2416.2
2418.6
2421.0
2425.7
2430.5
2442.3
2454.1
2465.9
2477.7
2480.1
2482.5
2484.8
2487.2
2489.6
2491.9
2494.3
2496.7
2499.0
2501.3
2501.4
6
hfg
Evap.
2570.7
2567.1
2565.3
2563.5
2559.9
2556.3
2547.3
2538.1
2528.9
2519.8
2517.9
2516.1
2514.2
2512.4
2510.6
2508.7
2506.9
2505.0
2503.2
2501.4
2501.3
7
hg
Sat. vapour
Enthalpy, kJ/kg
.5458
.5188
.5053
.4917
.4644
.4369
.3674
.2966
.2245
.1510
.1362
.1212
.1062
.0912
.0761
.0610
.9457
.0305
.0152
.0000
–.0001
8
sf
Sat. liquid
7.7492
7.8147
7.8478
7.8811
7.9483
8.0164
8.1905
8.3706
8.5569
8.7498
8.7892
8.8289
8.8688
8.9090
8.9496
8.9904
9.0316
9.0730
9.1147
9.1562
9.1566
9
sfg
Evap.
(Contd.)
8.2950
8.3336
8.3531
8.3728
8.4127
8.4533
8.5580
8.6672
8.7814
8.9008
8.9253
8.9501
8.9751
9.0003
9.0257
9.0514
9.0773
9.1035
9.1299
9.1562
9.1565
10
sg
Sat. vapour
Entropy, kJ/kg.K
Table l Saturated properties of steam (R-718) with temperature as parameter
4
REFRIGERATION AND AIRCONDITIONING DATA BOOK
Ved
d\N-data table\rad1-1 IInd 26-4-12
.12349
.15758
.19940
.2503
.3119
.3858
.4739
.5783
.7014
.8455
1.0135
1.2082
1.4327
1.6906
1.9853
2.321
2.701
3.130
55
60
65
70
75
80
85
90
95
100
105
110
115
120
125
130
135
.10098
50
.09593
46
.08208
42
45
.07384
40
.09111
2
1
44
P
Press bar
t
Temp.
°C
IIIrd 22-9-12
1.0746
1.0697
1.0649
1.0603
1.0559
1.0516
1.0475
1.0435
1.0397
1.0360
1.0325
1.0291
1.0259
1.0228
1.0199
1.0172
1.0146
1.0121
1.0103
1.0099
1.0095
1.0086
1.0078
3
vf , L/kg
Sat. liquid
Specific Volume
0.582
0.668
0.77
0.89
1.03
1.210
1.419
1.67
1.98
2.361
2.828
3.407
4.131
5.042
6.197
7.671
9.568
12.03
14.54
15.2
16.0
17.67
19.52
4
567.69
546.31
524.99
503.71
482.48
461.30
440.15
419.04
397.96
376.92
355.90
334.91
313.93
292.98
272.06
251.13
230.23
209.33
192.62
188.45
184.27
175.91
167.57
2159.6
2174.2
2188.5
2202.6
2216.5
2230.2
2243.7
2257.0
2270.2
2283.2
2296.0
2308.8
2321.4
2333.8
2346.2
2358.5
2370.7
2382.7
2392.4
2394.8
2397.2
2401.9
2406.7
6
hfg
hf
vg , m /kg
5
Evap.
Sat. liquid
3
Sat. vapour
2727.3
2720.5
2713.5
2706.3
2699.0
2691.5
2683.8
2676.1
2668.1
2660.1
2651.9
2643.7
2635.3
2626.8
2618.3
2609.6
2600.9
2592.1
2585.0
2583.2
2581.4
2577.9
2574.3
7
hg
Sat. vapour
Enthalpy, kJ/kg
1.6870
1.6344
1.5813
1.5276
1.4734
1.4185
1.3630
1.3069
1.2500
1.1925
1.1343
1.0753
1.0155
.9549
.8935
.8312
.7679
.7038
.6518
.6387
.6255
.5991
.5725
8
sf
Sat. liquid
5.2907
5.3925
5.4962
5.6020
5.7100
5.8202
5.9328
6.0480
6.1659
6.2866
6.4102
6.5369
6.6669
6.8004
6.9375
7.0784
7.2234
7.3752
7.4950
7.5261
7.5574
7.6206
7.6845
9
sfg
Evap.
(Contd.)
6.9777
7.0269
7.0775
7.1296
7.1833
7.2387
7.2958
7.3549
7.4159
7.4791
7.5445
7.6122
7.6824
7.7553
7.8310
7.9096
7.9913
8.0763
8.1468
8.1648
8.1829
8.2197
8.2570
10
sg
Sat. vapour
Entropy, kJ/kg.K
REFRIGERATION AND AIRCONDITIONING DATA BOOK
5
Ved
d\N-data table\rad1-1 IInd 26-4-12
7.917
8.920
10.021
11.227
12.544
13.978
15.538
17.230
19.062
21.04
23.18
175
180
185
190
195
200
205
210
215
220
6.178
160
170
5.431
155
7.005
4.758
150
165
4.154
145
IIIrd 22-9-12
1.1900
1.1812
1.1726
1.1644
1.1565
1.1488
1.1414
1.1343
1.1274
1.1207
1.1143
1.1080
1.1020
1.0961
1.0905
1.0850
1.0797
4
0.086
0.094
0.104
0.115
0.127
0.141
0.156
0.174
0.19
0.21
0.24
0.27
0.307
0.34
0.39
0.44
0.50
943.62
920.62
897.76
875.04
852.45
829.98
807.62
785.37
763.22
741.17
719.21
697.34
675.55
653.84
632.20
610.63
589.13
5
3
2
3.613
hf
vg , m /kg
vf , L/kg
P
1
Sat. liquid
3
Sat. vapour
Specific Volume
Sat. liquid
Press bar
140
t
Temp.
°C
1858.5
1879.9
1900.7
1921.0
1940.7
1960.0
1978.8
1997.1
2015.0
2032.4
2049.5
2066.2
2082.6
2098.6
2114.3
2129.6
2144.7
6
hfg
Evap.
2802.1
2800.5
2798.5
2796.0
2793.2
2790.0
2786.4
2782.4
2778.2
2773.6
2768.7
2763.5
2758.1
2752.4
2746.5
2740.3
2733.9
7
hg
Sat. vapour
Enthalpy, kJ/kg
2.5178
2.4714
2.4248
2.3780
2.3309
2.2835
2.2359
2.1879
2.1396
2.0909
2.0419
1.9925
1.9427
1.8925
1.8418
1.7907
1.7391
8
sf
Sat. liquid
3.7683
3.8507
3.9337
4.0172
4.1014
4.1863
4.2720
4.3586
4.4461
4.5347
4.6244
4.7153
4.8075
4.9010
4.9960
5.0926
5.1908
9
sfg
Evap.
6.2861
6.3221
6.3585
6.3952
6.4323
6.4698
6.5079
6.5465
6.5857
6.6256
6.6663
6.7078
6.7502
6.7935
6.8379
6.8833
6.9209
10
sg
Sat. vapour
Entropy, kJ/kg.K
6
REFRIGERATION AND AIRCONDITIONING DATA BOOK
7
REFRIGERATION AND AIRCONDITIONING DATA BOOK
Table 2 Saturated properties of steam (R-718) with pressure as parameter
Press.
bars
Temp. °C
p
t
1
2
Specific volume
Sat.
liquid
Sat.
vapour
Enthalpy,kj/kg
Entropy, kJ/kg.K
Sat.
liquid
Evap.
Sat.
vapour
Sat.
liquid
Evap.
Sat.
vapour
hf
hfg
hg
sf
sfg
sg
5
6
7
8
9
10
vf L/kg vg, m3/kg
3
4
.01
1.0002
206.136
.01
2501.3
2501.4
.0000
9.1562
9.1562
.007
1.89
1.0001
181.255
7.91
2496.9
2504.8
.0288
9.0775
9.1064
.008
3.77
1.0001
159.675
15.81
2492.5
2508.3
.0575
8.9999
9.0573
.009
5.45
1.0001
142.789
22.89
2488.5
2511.4
.0829
8.9312
9.0142
.010
6.98
1.0002
129.208
29.30
2484.9
2514.2
.1059
8.8697
8.9756
.011
8.37
1.0002
118.042
35.17
2481.6
2516.8
.1268
8.8140
8.9408
.012
9.66
1.0003
108.696
40.58
2478.6
2519.1
.1460
8.7631
8.9091
.013
10.86
1.0004
100.755
45.60
2475.7
2521.3
.1637
8.7162
8.8799
.014
11.98
1.0005
93.922
50.31
2473.1
2523.4
.1802
8.6727
8.8529
.016
14.02
1.0008
82.763
58.87
2468.3
2527.1
.2102
8.5943
8.8044
.020
17.50
1.0013
67.004
73.48
2460.0
2533.5
.2607
8.4629
8.7237
.025
21.08
1.0020
54.254
88.49
2451.6
2540.0
.3120
8.3311
8.6432
.030
24.08
1.0027
45.665
101.05
2444.5
2545.5
.3545
8.2231
8.5776
.040
28.96
1.0040
34.800
121.46
2432.9
2554.4
.4226
8.0520
8.4746
.050
32.88
1.0053
28.192
137.83
2423.7
2561.5
.4764
7.9187
8.3951
.070
39.00
1.0074
20.530
163.40
2409.1
2572.5
.5592
7.7167
8.2758
.080
41.51
1.0084
18.103
173.88
2403.1
2577.0
.5926
7.6361
8.2287
.10
45.81
1.0102
14.674
191.83
2392.8
2584.7
.6493
7.5009
8.1502
.15
53.97
1.0141
10.022
225.94
2373.1
2599.1
.7549
7.2536
8.0085
.20
60.06
1.0172
7.649
251.40
2358.3
2609.7
.8320
7.0766
7.9085
.25
64.97
1.0199
6.204
271.93
2346.3
2618.2
.8931
6.9383
7.8314
.30
69.10
1.0223
5.229
289.23
2336.1
2625.3
.9439
6.8247
7.7686
.40
75.87
1.0265
3.993
317.58
2319.2
2636.8
1.0259
6.6441
7.6700
.50
81.33
1.0300
3.240
340.49
2305.4
2645.9
1.0910
6.5029
7.5939
.60
85.94
1.0331
2.732
359.86
2293.6
2653.5
1.1453
6.3867
7.5320
.70
89.95
1.0360
2.365
376.70
2283.3
2660.0
1.1919
6.2878
7.4797
.80
93.50
1.0386
2.087
391.66
2274.1
2665.8
1.2329
6.2017
7.4346
.90
96.71
1.0410
1.869
405.15
2265.7
2670.9
1.2695
6.1254
7.3949
.006113
(Contd.)
Ved
d\N-data table\rad1-1 IInd 26-4-12
IIIrd 22-9-12
8
REFRIGERATION AND AIRCONDITIONING DATA BOOK
Press.
bars
Temp. °C
Specific volume
p
t
1
2
3
1.00
99.63
1.25
1.50
Sat.
liquid
Sat.
vapour
Enthalpy,kj/kg
Entropy, kJ/kg.K
Sat.
liquid
Evap.
Sat.
vapour
Sat.
liquid
Evap.
Sat.
vapour
hf
hfg
hg
sf
sfg
sg
4
5
6
7
8
9
10
1.0432
1.694
417.46
2258.0
2675.5
1.3026
6.0568
7.3594
105.99
1.0483
1.375
444.32
2241.0
2685.4
1.3740
5.9104
7.2844
111.37
1.0528
1.159
467.11
2226.5
2693.6
1.4336
5.7897
7.2233
1.75
116.06
1.0568
1.004
486.99
2213.6
2700.6
1.4849
5.6868
7.1717
2.00
120.23
1.0605
0.886
504.70
2201.9
2706.7
1.5301
5.5970
7.1271
2.50
127.44
1.0672
0.712
535.37
2181.5
2716.9
1.6072
5.4455
7.0527
3.00
133.55
1.0732
0.606
561.47
2163.8
2725.3
1.6718
5.3201
6.9919
3.50
138.88
1.0786
0.524
584.33
2148.1
2732.4
1.7275
5.2130
6.9405
4.0
154.63
1.0836
0.462
604.74
2133.8
2738.6
1.7766
5.1193
6.8959
4.5
147.93
1.0882
0.414
623.25
2120.7
2743.9
1.8207
5.0359
6.8565
5.0
151.86
1.0926
0.375
640.23
2108.5
2748.7
1.8607
4.9606
6.8213
5.5
155.48
1.0967
0.342
655.93
2097.0
2753.0
1.8973
4.8920
6.7893
6.0
158.85
1.1006
0.316
670.56
2086.3
2756.8
1.9312
4.8288
6.7600
6.5
162.01
1.1044
0.293
684.28
2076.0
2760.3
1.9627
4.7703
6.7331
7.0
164.97
1.1080
0.273
697.22
2066.3
2763.5
1.9922
4.7158
6.7080
7.5
167.78
1.1115
0.256
709.47
2057.0
2766.4
2.0200
4.6647
6.6847
8.0
170.43
1.1148
0.240
721.11
2048.0
2769.1
2.0462
4.6166
6.6628
8.5
172.96
1.1181
0.227
732.22
2039.4
2771.6
2.0710
4.5711
6.6421
9.0
175.38
1.1212
0.215
742.83
2031.1
2773.9
2.0946
4.5280
6.6226
9.5
177.69
1.1243
0.204
753.02
2023.1
2776.1
2.1172
4.4869
6.6041
10.0
179.91
1.1273
0.194
762.81
2015.3
2778.1
2.1387
4.4478
6.5865
11.0
184.09
1.1330
0.177
781.34
2000.4
2781.7
2.1792
4.3744
6.5536
12.0
187.99
1.1385
0.163
798.65
1986.2
2784.8
2.2166
4.3067
6.5233
13.0
191.64
1.1438
0.151
814.93
1972.7
2787.6
2.2515
4.2438
6.4953
14.0
195.07
1.1489
0.141
830.30
1959.7
2790.0
2.2842
4.1850
6.4693
15.0
198.32
1.1539
0.132
844.89
1947.3
2792.2
2.3150
4.1298
6.4448
16.0
201.41
1.1587
0.124
858.79
1935.2
2794.0
2.3442
4.0776
6.4218
17.0
204.34
1.1634
0.117
872.06
1923.6
2795.7
2.3718
4.0282
6.4000
18.0
207.15
1.1679
0.110
884.79
1912.4
2797.1
2.3981
3.9812
6.3794
19.0
209.84
1.1724
0.104
897.02
1901.4
2798.4
2.4233
3.9364
6.3597
20.0
212.42
1.1767
0.0996
908.79
1890.7
2799.5
2.4474
3.8935
6.3409
vf L/kg vg, m3/kg
Ved
d\N-data table\rad1-1 IInd 26-4-12
IIIrd 22-9-12
9
REFRIGERATION AND AIRCONDITIONING DATA BOOK
Table 3 Superheated properties of steam (R-718)
p (t sat) °C
.02 (17.50)
.04 (28.96)
t
v
h
s
v
h
s
1
2
3
4
5
6
7
(Sat.)
(67.004)
(2533.5)
(8.7237)
(34.800)
(2554.4)
(8.4746)
20
25
30
35
40
45
67.582
68.740
69.897
71.054
72.211
73.368
2538.2
2547.5
2556.8
2566.2
2575.6
2584.9
8.7396
8.7712
8.8023
8.8329
8.8630
8.8927
34.920
35.500
36.080
36.660
2556.3
2565.7
2757.1
2584.5
8.4810
8.5117
8.5419
8.5716
50
55
60
65
70
74.524
75.680
76.836
77.992
79.148
2594.3
2603.7
2613.1
2622.5
2631.9
8.9219
8.9507
8.9791
9.0071
9.0347
37.240
37.819
38.398
38.978
39.557
2593.9
2603.3
2612.7
2622.1
2631.5
8.6009
8.6298
8.6583
8.6863
8.7140
75
80
85
90
95
80.304
81.460
82.615
83.770
84.925
2641.3
2650.7
2660.1
2669.5
2679.0
9.0619
9.0888
9.1153
9.1414
9.1673
40.135
40.714
41.293
41.871
42.449
2640.9
2650.4
2659.8
2669.3
2678.7
8.7413
8.7682
8.7947
8.8209
8.8468
100
110
120
130
140
86.081
88.391
90.700
93.010
95.319
2688.4
2707.4
2726.4
2745.4
2764.5
9.1928
9.2429
9.2918
9.3395
9.3863
43.028
44.184
45.340
46.495
47.651
2688.2
2707.2
2726.2
2745.2
2764.3
8.8724
8.9225
8.9715
9.0193
9.0661
150
160
170
180
190
200
97.628
99.936
102.245
104.554
106.862
109.170
2783.6
2802.7
2822.0
2841.2
2860.5
2879.9
9.4320
9.4767
9.5206
9.5636
9.6058
9.6471
48.806
49.961
51.116
52.270
53.425
54.580
2783.4
2802.6
2821.8
2841.1
2860.4
2879.8
9.1118
9.1566
9.2005
9.2435
9.2857
9.3271
(Contd.)
Ved
d\N-data table\rad1-1 IInd 26-4-12
IIIrd 22-9-12
10
REFRIGERATION AND AIRCONDITIONING DATA BOOK
p (t sat) °C
t
1
.06 (35.94)
v
2
h
3
0.08 (41.51)
s
v
h
s
4
5
6
7
(Sat.)
(23.739)
(2567.4)
(8.3304)
(18.103)
(2577.0)
(8.2287)
40
45
24.037
24.424
2574.6
2585.0
8.3536
8.3834
18.306
2583.6
8.2495
50
55
60
65
70
24.812
25.199
25.586
25.973
26.359
2593.4
2602.9
2612.3
2621.7
2631.2
8.4128
8.4417
8.4702
8.4984
8.5261
18.598
18.889
19.179
19.470
19.761
2593.0
2602.5
2611.9
2621.4
2630.8
8.2790
8.3080
8.3366
8.3647
8.3925
75
26.746
2640.3
8.4199
27.132
8.5534
20.051
80
2649.8
8.4469
85
27.518
2659.2
8.4736
90
27.904
20.921
2668.7
8.4999
95
28.291
2640.6
2650.1
2659.5
2669.0
2678.5
8.6591
21.211
2678.2
8.5258
100
110
120
130
140
28.676
29.448
30.219
30.990
31.761
2688.0
2707.0
2726.0
2745.0
2764.1
8.6847
8.7350
8.7840
8.8318
8.8787
21.401
22.080
22.659
23.238
23.816
2687.7
2706.7
2725.8
2744.9
2764.0
8.5514
8.6017
8.6508
8.6987
8.7456
150
32.532
2783.1
8.7914
33.302
8.9244
24.395
160
2802.3
8.8363
170
34.072
2821.6
8.8802
180
34.843
2840.9
8.9232
190
35.613
2860.2
8.9655
200
36.383
2783.3
2802.5
2821.7
2841.0
2860.3
2879.7
2879.6
9.0069
8.5804
8.6070
8.6332
8.9693
9.0132
9.0562
9.0984
9.1398
20.341
20.631
24.973
25.551
26.129
26.706
27.284
(Contd.)
Ved
d\N-data table\rad1-1 IInd 26-4-12
IIIrd 22-9-12