32. It would be very useful if we could use the inexpensive carbon in coal to make more complex organic molecules such as gaseous or liquid fuels. The formation of methane from coal and water is reactant-favored and thus canmot occur unless there is some energy transfer from outside. This problem examines the feasibility of other reactions using coal and water. a) Write three balanced equations for the reactions of coal (carbon) and steam to make ethane gas, C2H(g), propane gas, C,Hs(g), and liquid methanol, CH;OH((), with carbon dioxide as a by-product. b) Using the data in Appendix B, calculate AH°, AS°, and AG° for each reaction, and then comment on whether any of them would be a feasible way to make the stated products.

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32. Refer to the attached photo. 

 

Appendix B Selected Thermodynamic Values
AH; (298.15 K)
(kd/mol)
5 (298.15 K)
OK mol)
AG (298.15 K)
(k3/mol)
Species
Calcium
Ca(s)
41.42
Ca(g)
178.2
158.884
144.3
Ca?+(g)
1925.9
Ca+ (aq)
542.83
53.1
-553.58
CaC,(s)
59.8
69.96
-64.9
CaCO,(s, calcite)
-1206.92
92.9
-1128.79
CaCl,(s)
-795.8
104.6
-748.1
CaF,(s)
-1219.6
68.87
1167.3
CaH,(s)
-186.2
42
-147.2
CaO(s)
-635.09
39.75
604.03
CaS(s)
-482.4
56.5
477.4
Ca(OH),(s)
986.09
83.39
-898.49
Ca(OH),(aq)
-1002.82
-74.5
-868.07
CaSo,(s)
-1434.11
106.7
-1321.79
Carbon
C(s, graphite)
C(s, diamond)
5.74
0.
1.895
2.377
2.9
C(g)
716.682
158.096
671.257
,(CCIA(Cי
-135.44
216.4
-65.21
-102.9
309.85
-60.59
CCl,(g)
CHCI,()
-134.47
201.7
-73.66
295.71
-70.34
CHCI, (g)
-103.14
CH, (g, methane)
-74.81
186.264
-50.72
C,H, (g, ethyne)
226.73
200.94
209.2
C,H, (g, ethene)
52.26
219.56
68.15
C,H, (g, ethane)
-84.68
229.6
-32.82
269.9
-23.49
C,H3 (g, propane)
C,Ho (g, butane)
CH(C, benzene)
-103.8
-126.148
310.227
-16.985
49.03
172.8
124.5
CH14(e, hexane)
296.018
4.035
198.782
16.718
CaH18 (g, octane)
CHjg(C, octane)
CH,OH(E, methanol)
-208.447
466.835
-249.952
361.205
6.707
-238.66
126.8
-166.27
CH,OH(g, methanol)
-200.66
239.81
-161.96
CH;OH(aq, methanol)
-245.931
133.1
175.31
C,H,OH(C, ethanol)
-277.69
160.7
-174.78
CH,OH(g, ethanol)
-235.1
282.7
-168.49
C,H,OH(aq, ethanol)
-288.3
148.5
-181.64
Transcribed Image Text:Appendix B Selected Thermodynamic Values AH; (298.15 K) (kd/mol) 5 (298.15 K) OK mol) AG (298.15 K) (k3/mol) Species Calcium Ca(s) 41.42 Ca(g) 178.2 158.884 144.3 Ca?+(g) 1925.9 Ca+ (aq) 542.83 53.1 -553.58 CaC,(s) 59.8 69.96 -64.9 CaCO,(s, calcite) -1206.92 92.9 -1128.79 CaCl,(s) -795.8 104.6 -748.1 CaF,(s) -1219.6 68.87 1167.3 CaH,(s) -186.2 42 -147.2 CaO(s) -635.09 39.75 604.03 CaS(s) -482.4 56.5 477.4 Ca(OH),(s) 986.09 83.39 -898.49 Ca(OH),(aq) -1002.82 -74.5 -868.07 CaSo,(s) -1434.11 106.7 -1321.79 Carbon C(s, graphite) C(s, diamond) 5.74 0. 1.895 2.377 2.9 C(g) 716.682 158.096 671.257 ,(CCIA(Cי -135.44 216.4 -65.21 -102.9 309.85 -60.59 CCl,(g) CHCI,() -134.47 201.7 -73.66 295.71 -70.34 CHCI, (g) -103.14 CH, (g, methane) -74.81 186.264 -50.72 C,H, (g, ethyne) 226.73 200.94 209.2 C,H, (g, ethene) 52.26 219.56 68.15 C,H, (g, ethane) -84.68 229.6 -32.82 269.9 -23.49 C,H3 (g, propane) C,Ho (g, butane) CH(C, benzene) -103.8 -126.148 310.227 -16.985 49.03 172.8 124.5 CH14(e, hexane) 296.018 4.035 198.782 16.718 CaH18 (g, octane) CHjg(C, octane) CH,OH(E, methanol) -208.447 466.835 -249.952 361.205 6.707 -238.66 126.8 -166.27 CH,OH(g, methanol) -200.66 239.81 -161.96 CH;OH(aq, methanol) -245.931 133.1 175.31 C,H,OH(C, ethanol) -277.69 160.7 -174.78 CH,OH(g, ethanol) -235.1 282.7 -168.49 C,H,OH(aq, ethanol) -288.3 148.5 -181.64
32. It would be very useful if we could use the inexpensive carbon in coal to make more complex organic molecules such as
gaseous or liquid fuels. The formation of methane from coal and water is reactant-favored and thus canmot occur unless
there is some energy transfer from outside. This problem examines the feasibility of other reactions using coal and
water.
a) Write three balanced equations for the reactions of coal (carbon) and steam to make ethane gas, C,H,(g), propane
gas, C3H3(g), and liquid methanol, CH;OH(), with carbon dioxide as a by-product.
b) Using the data in Appendix B, calculate AH°, AS°, and AG° for each reaction, and then comment on whether any of
them would be a feasible way to make the stated products.
Transcribed Image Text:32. It would be very useful if we could use the inexpensive carbon in coal to make more complex organic molecules such as gaseous or liquid fuels. The formation of methane from coal and water is reactant-favored and thus canmot occur unless there is some energy transfer from outside. This problem examines the feasibility of other reactions using coal and water. a) Write three balanced equations for the reactions of coal (carbon) and steam to make ethane gas, C,H,(g), propane gas, C3H3(g), and liquid methanol, CH;OH(), with carbon dioxide as a by-product. b) Using the data in Appendix B, calculate AH°, AS°, and AG° for each reaction, and then comment on whether any of them would be a feasible way to make the stated products.
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