THERMODYNAMIC DATA AT 1 ATM AND 25°C S° Organic Substance Acetic Acid (1) CH;COOH Acetaldehyde (g) AHE AHE AGE (kJ/mol) AGE Substance (kJ/mol) (J/molK) (kJ/mol) (kJ/mol) (J/molK) Ag (s) 42.7 -484.2 -389.45 159.8 Ag* (ag) 105.9 77.1 73.9 -166.35 -139.08 264.2 CH:CHO Acetone (1) AgCI (s) -127.0 -109.7 96.1 -246.8 -153.55 198.7 CH;COCH3 Acetylene (g) CH2 AgBr (s) -99.5 -95.9 107.1 226.6 209.2 200.8 Benzene (1) Agl (s) -62.4 -66.3 114.2 49.04 124.5 172.8 C6H6 Butane (g) AGNOS (s) -123.1 -32.2 140.9 -124.7 -15.7 310.0 CạH10 Ethanol (1) Al (s) 28.3 -276.98 -174.18 161.0 CH;OH Ethane (g) Al* (ag) -524.7 -481.2 -308.15 -84.7 -32.89 229.5 CH6 Ethylene (g) AlO3 (s) -1669.8 -1576.4 50.99 52.3 68.1 219.5 CH4 Formic Acid (1) 5.69 -409.2 -346.0 129.0 (graphite) НСООН Clucose (s) 1.90 2.87 2.4 -1274.5 -910.56 212.1 (diamond) C&H12O6 Methane (g) CO (g) -50.8 -110.5 -137.3 197.9 -74.85 186.2 CH4 CO2 (g) CO2 (ag) CO? (ag) Cl2 (g) CI (ag) HCI (g) H (g) -393.5 -394.4 213.6 Al+ -524.1 -581.2 -145.97 -412.9 -386.2 121.3 H2O2 -187.6 -118.1 -233.22 -676.3 Hg2* HgCl2 -528.1 -53.1 -171.1 -164.38 -22.55 223.0 -230.1 -210.745 -64.61 -167.2 -131.2 56.5 HNO2 -118.8 -53.6 -228.79 -92.3 -95.27 187.0 NaHCO3 -947.68 -851.86 -321.54 218.2 203.2 114.6
THERMODYNAMIC DATA AT 1 ATM AND 25°C S° Organic Substance Acetic Acid (1) CH;COOH Acetaldehyde (g) AHE AHE AGE (kJ/mol) AGE Substance (kJ/mol) (J/molK) (kJ/mol) (kJ/mol) (J/molK) Ag (s) 42.7 -484.2 -389.45 159.8 Ag* (ag) 105.9 77.1 73.9 -166.35 -139.08 264.2 CH:CHO Acetone (1) AgCI (s) -127.0 -109.7 96.1 -246.8 -153.55 198.7 CH;COCH3 Acetylene (g) CH2 AgBr (s) -99.5 -95.9 107.1 226.6 209.2 200.8 Benzene (1) Agl (s) -62.4 -66.3 114.2 49.04 124.5 172.8 C6H6 Butane (g) AGNOS (s) -123.1 -32.2 140.9 -124.7 -15.7 310.0 CạH10 Ethanol (1) Al (s) 28.3 -276.98 -174.18 161.0 CH;OH Ethane (g) Al* (ag) -524.7 -481.2 -308.15 -84.7 -32.89 229.5 CH6 Ethylene (g) AlO3 (s) -1669.8 -1576.4 50.99 52.3 68.1 219.5 CH4 Formic Acid (1) 5.69 -409.2 -346.0 129.0 (graphite) НСООН Clucose (s) 1.90 2.87 2.4 -1274.5 -910.56 212.1 (diamond) C&H12O6 Methane (g) CO (g) -50.8 -110.5 -137.3 197.9 -74.85 186.2 CH4 CO2 (g) CO2 (ag) CO? (ag) Cl2 (g) CI (ag) HCI (g) H (g) -393.5 -394.4 213.6 Al+ -524.1 -581.2 -145.97 -412.9 -386.2 121.3 H2O2 -187.6 -118.1 -233.22 -676.3 Hg2* HgCl2 -528.1 -53.1 -171.1 -164.38 -22.55 223.0 -230.1 -210.745 -64.61 -167.2 -131.2 56.5 HNO2 -118.8 -53.6 -228.79 -92.3 -95.27 187.0 NaHCO3 -947.68 -851.86 -321.54 218.2 203.2 114.6
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Transcribed Image Text:THERMODYNAMIC DATA AT 1 ATM AND 25°C
S°
Organic
Substance
Acetic Acid (1)
CH;COOH
Acetaldehyde (g)
AHE
(kJ/mol)
AGE
(kJ/mol)
AHE
(kJ/mol) (kJ/mol) (J/molK)
AGE
Substance
(J/molK)
Ag (s)
42.7
-484.2
-389.45
159.8
Ag* (ag)
105.9
77.1
73.9
-166.35
-139.08
264.2
CH:CHO
Acetone (1)
AgCI (s)
-127.0
-109.7
96.1
-246.8
-153.55
198.7
CH;COCH3
Acetylene (g)
CH2
AgBr (s)
-99.5
-95.9
107.1
226.6
209.2
200.8
Benzene (1)
Agl (s)
-62.4
-66.3
114.2
49.04
124.5
172.8
C6H6
Butane (g)
AGNO3 (s)
-123.1
-32.2
140.9
-124.7
-15.7
310.0
CạH10
Ethanol (1)
Al (s)
28.3
-276.98
-174.18
161.0
CH;OH
Ethane (g)
Al* (ag)
-524.7
-481.2
-308.15
-84.7
-32.89
229.5
CH6
Ethylene (g)
AlO3 (s)
-1669.8
-1576.4
50.99
52.3
68.1
219.5
CH4
Formic Acid (1)
5.69
-409.2
-346.0
129.0
(graphite)
НСООН
Clucose (s)
1.90
2.87
2.4
-1274.5
-910.56
212.1
(diamond)
C&H12O6
Methane (g)
CO (g)
-50.8
-110.5
-137.3
197.9
-74.85
186.2
CH4
CO2 (g)
CO2 (ag)
CO? (ag)
Cl2 (g)
CI (ag)
HC1 (g)
H (g)
-393.5
-394.4
213.6
Al+
-524.1
-581.2
-145.97
-412.9
-386.2
121.3
H2O2
-187.6
-118.1
-233.22
-676.3
Hg2*
HgCl2
-528.1
-53.1
-171.1
-164.38
-22.55
223.0
-230.1
-210.745
-64.61
-167.2
-131.2
56.5
HNO2
-118.8
-53.6
-228.79
-92.3
-95.27
187.0
NaHCO3
-947.68
-851.86
-321.54
218.2
203.2
114.6
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