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3) 20 points. Assuming the constant-pressure heat capacity follows $C_{p,m} = a + bT + cT^2$, the values can be found in the following table (please omit $d$ in the table). Use this expression to find the standard formation of enthalpy of water at 1000 K. Table 7.2.3: Heat Capacity Coefficients for the Expansion: $C_{p,m} = a + b T + c T^2+ d T^3$ from 300 to 1800 K.3 Substance a b c d J K⁻¹ mol⁻¹ 10⁻² J K⁻² mol⁻¹ 10⁻⁵ J K⁻³ mol⁻¹ 10⁻⁹ J K⁻⁴ mol⁻¹ N₂ (g) 28.883 -0.157 0.808 -2.871 O₂ (g) 25.460 1.519 -0.715 1.311 H₂ (g) 29.088 -0.192 0.400 -0.870 CO (g) 28.142 0.167 0.537 -2.221 CO₂ (g) 22.243 5.977 -3.499 7.464 H₂O (g) 32.218 0.192 1.055 -3.593 NH₃ (g) 24.619 3.75 -0.138 CH₄ (g) 19.875 5.021 1.268 -11.004

Name: 3 20 points assuming the constant pressure heat capacity follows cpm a bt ct2 the values can be found in the following table please omit d in the table use this expression to find the stand 07327
Uploaded: 2023-01-02T09:44:33-08:00
Duration: 2 min 6 s
Channel: Sri K
Description: 3 20 points assuming the constant pressure heat capacity follows cpm a bt ct2 the values can be found in the following table please omit d in the table use this expression to find the stand 07327

          3) 20 points. Assuming the constant-pressure heat capacity follows $C_{p,m} = a + bT + cT^2$, the
values can be found in the following table (please omit $d$ in the table). Use this expression to find
the standard formation of enthalpy of water at 1000 K.
Table 7.2.3: Heat Capacity Coefficients for the Expansion: $C_{p,m} = a + b T + c T^2+ d T^3$ from
300 to 1800 K.3
Substance
a
b
c
d
J K⁻¹ mol⁻¹
10⁻² J K⁻² mol⁻¹
10⁻⁵ J K⁻³ mol⁻¹
10⁻⁹ J K⁻⁴ mol⁻¹
N₂ (g)
28.883
-0.157
0.808
-2.871
O₂ (g)
25.460
1.519
-0.715
1.311
H₂ (g)
29.088
-0.192
0.400
-0.870
CO (g)
28.142
0.167
0.537
-2.221
CO₂ (g)
22.243
5.977
-3.499
7.464
H₂O (g)
32.218
0.192
1.055
-3.593
NH₃ (g)
24.619
3.75
-0.138
CH₄ (g)
19.875
5.021
1.268
-11.004

3 20 points assuming the constant pressure heat capacity follows cpm a bt ct2 the values can be found in the following table please omit d in the table use this expression to find the stand 07327

Added by Carmen C.

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