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Please help me solve this question. 15 10 2. s/m) k10 (W/m K Cp (kJ/kg K) y10 (m/s) 10 (m/s) T P (K) kg/m) Air=28.97kg/kmol 3.5562 1.032 100 2.3364 1.012 150 Pr 9.34 0.786 71.1 2.00 2.54 13.8 0.758 103.4 4.426 5.84 10.3 132.5 7.590 18.1 0.737 1.7458 1.007 200 159.6 22.3 15.9 0.720 1.3947 1.006 250 11.44 184.6 26.3 22.5 0.707 1.1614 1.007 300 15.89 1.009 208.2 30.0 29.9 0.700 0.9950 350 20.92 1.014 230.1 33.8 38.3 0.690 0.8711 400 26.41 1.021 250.7 37.3 47.2 0.686 0.7740 450 32.39 0.6964 1.030 270.1 40.7 56.7 0.684 500 38.79 1.040 288.4 43.9 66.7 0.683 0.6329 45.57 550

          Please help me solve this question.
15
10 2. s/m)
k10 (W/m K
Cp
(kJ/kg K)
y10 (m/s)
10 (m/s)
T P (K) kg/m) Air=28.97kg/kmol 3.5562 1.032 100 2.3364 1.012 150
Pr
9.34
0.786
71.1
2.00
2.54
13.8
0.758
103.4
4.426
5.84 10.3
132.5 7.590
18.1
0.737
1.7458
1.007
200
159.6
22.3
15.9
0.720
1.3947
1.006
250
11.44
184.6
26.3
22.5
0.707
1.1614
1.007
300
15.89
1.009
208.2
30.0
29.9
0.700
0.9950
350
20.92
1.014
230.1
33.8
38.3
0.690
0.8711
400
26.41
1.021
250.7
37.3
47.2
0.686
0.7740
450
32.39
0.6964
1.030
270.1
40.7
56.7
0.684
500
38.79
1.040
288.4
43.9
66.7
0.683
0.6329
45.57
550
        
Show more…
please help me solve this qustion 15 10 2 sm k10 wm k cp kjkg k y10 ms 10 ms t p k kgm air2897kgkmol 35562 1032 100 23364 1012 150 pr 934 0786 711 200 254 138 0758 1034 4426 584 103 1325 759 29894

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Please help me solve this question. 15 10 2. s/m) k10 (W/m K Cp (kJ/kg K) y10 (m/s) 10 (m/s) T P (K) kg/m) Air=28.97kg/kmol 3.5562 1.032 100 2.3364 1.012 150 Pr 9.34 0.786 71.1 2.00 2.54 13.8 0.758 103.4 4.426 5.84 10.3 132.5 7.590 18.1 0.737 1.7458 1.007 200 159.6 22.3 15.9 0.720 1.3947 1.006 250 11.44 184.6 26.3 22.5 0.707 1.1614 1.007 300 15.89 1.009 208.2 30.0 29.9 0.700 0.9950 350 20.92 1.014 230.1 33.8 38.3 0.690 0.8711 400 26.41 1.021 250.7 37.3 47.2 0.686 0.7740 450 32.39 0.6964 1.030 270.1 40.7 56.7 0.684 500 38.79 1.040 288.4 43.9 66.7 0.683 0.6329 45.57 550
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Transcript

-
00:01 In this question it is given that the pressure of 10 kilogram of air is increased isothermally at 60 degrees celsius from 100 kiosk to 800 kylpascal then we have to estimate the heat rejected.
00:15 So we have given that mass of the gas m is 10 kilogram and initial pressure of air that is p1 is 100 kylpacal...
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