This is the complete question-please fill out the table S°AH(kJ/molAG(kJ/mol)SoAH(kJ/mol (kJ/mol) (J/molK)-1130.9 -1047.67AGSubstanceSubstance(J/molK)OH- (aq)H2O (g)H2O (1)HO2 (1)Hg (1)Hg²+ (aq)HgO (s)HgCl2 (s)Hg,Cl2 (s)Na,CO; (s)NaHCO, (s)-229.94-157.30-10.535.98-241.8-228.6188.7-947.68-851.86101.7Ni (s)O (g)02 (g)0; (ag)O; (g)SO2 (g)SO3 (g)SO,2- (ag)SO,?- (ag)H2S (g)HSO; (ag)HSO4 (ag)-285.8-237.269.930.1-187.6-118.1109.6249.4230.1160.9577.4205.0171.1-164.38-32.2-12.0916.3110.88-90.7-58.572.0142.2163.4237.6-230.1-178.6146-296.4-300.4248.5-264.9-210.66196.2-395.2-624.25-370.4256.2HgS (s)-58.16-48.877.8-497.0643.5H9SO4 (s)Hg,SO4 (s)I2 (s)I (ag)HI (g)NH3 (g)NH,+ (ag)NHẠCI (s)NH3 (ag)N2H4 (1)NO (g)NO2 (g)N,O4 (g)N20 (g)HNO2 (ag)HNO3 (1)NO; (ag)Na (s)Nat (ag)Naz0 (s)NaCl (s)-704.17-625.815200.66-907.5-741.9917.15-741.99-623.92200.75-20.15-33.0205.64116.7-627.98-527.3132.38-55.9-51.67109.37-885.75-752.87126.8625.91.30206.3-46.3-16.6193.0-132.80-79.5112.8-315.39-203.8994.56-80.3-26.5111.350.4120.3238.790.486.7210.633.8551.8240.469.6698.29304.381.56103.6219.99-118.8-53.6135.6-173.2-79.9155.6-206.57-110.5146.451.05-239.66-261.8760.25-415.9-376.5672.8-411.0-384.072.38Nal (s)Na,SO4 (s)NaNO3 (s)-288.0-28598.5-1384.49-1266.849.49-466.68-365.8916.3 THERMODYNAMIC DATA AT 1 ATM AND 25°COrganicAH.(kJ/mol)AG(kJ/mol)SoΔΗρ(kJ/mol) (kJ/mol) (J/molK)AGSoSubstancewen(J/molK)SubstanceAcetic Acid (1)CH;COOHAcetaldehyde (g)Ag (s)42.7-484.2-389.45159.8Ag* (ag)105.977.173.9-166.35-139.08264.2CH;CHOAcetone (1)AgCl (s)-127.0-109.796.1-246.8-153.55198.7CH;COCH3Acetylene (g)CH2Benzene (1)AgBr (s)-99.5-95.9107.1226.6209.2200.8AgI (s)-62.4-66.3114.249.04124.5172.8C6H6Butane (g)AGNO: (s)-123.1-32.2140.9-124.7-15.7310.0C4H10Ethanol (1)Al (s)28,3-276.98-174.18161.0C2H5OHEthane (g)Al3+ (ag)-524.7-481.2-84.7-32.89229.5CH6Ethylene (g)Al2O: (s)-1669.8-1576.450.9952.368.1219.5C:H4Formic Acid (1)5.69-409.2-346.0129.0(graphite)НСООНClucose (s)1.902.872.4-1274.5-910.56212.1(diamond)C&H12O6Methane (g)CO (g)-110.5-137.3197.9-74.85-50.8186.2CH4CO2 (g)CO2 (ag)CO:2- (ag)Cl2 (g)CI (ag)HCI (g)H (g)H2 (g)H- (ag)-393.5-394.4213.6Al3+-524.1-581.2-145.97-412.9-386.2121.3H2O2-187.6-118.1-233.22-676.3-528.1-53.1Hg2+HgCl2-171.1-164.38-22.55223.0-230.1-210.745-64.61-167.2-131.256.5HNO2-118.8-53.6-228.79-92.3-95.27187.0NaHCO3-947.68-851.86-321.54218.2203.2114.6134.0

The missing thermodynamic parameter value is to be provided.

Answered: S° (J/molK) S° AHL (kJ/mol AGE (kJ/mol)…

Science

Chemistry

S° (J/molK) S° AHL (kJ/mol AGE (kJ/mol) AG? (kJ/mol (kJ/mol) | (J/molK) AHE Substance Substance

Introduction to General, Organic and Biochemistry

11th Edition

ISBN:9781285869759

Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres

Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres

Chapter7: Reaction Rates And Chemical Equilibrium

Section: Chapter Questions

Problem 7.42P

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Concept explainers

States of Matter

The substance that constitutes everything in the universe is known as matter. Matter comprises atoms which in turn are composed of electrons, protons, and neutrons. Different atoms combine together to give rise to molecules that act as a foundation for all kinds of substances. There are five states of matter based on their energies of attraction, namely solid, liquid, gases, plasma, and BEC (Bose-Einstein condensates).

Chemical Reactions and Equations

When a chemical species is transformed into another chemical species it is said to have undergone a chemical reaction. It consists of breaking existing bonds and forming new bonds by changing the position of electrons. These reactions are best explained using a chemical equation.

Question

This is the complete question-please fill out the table

S°
AH
(kJ/mol
AG
(kJ/mol)
So
AH
(kJ/mol (kJ/mol) (J/molK)
-1130.9 -1047.67
AG
Substance
Substance
(J/molK)
OH- (aq)
H2O (g)
H2O (1)
HO2 (1)
Hg (1)
Hg²+ (aq)
HgO (s)
HgCl2 (s)
Hg,Cl2 (s)
Na,CO; (s)
NaHCO, (s)
-229.94
-157.30
-10.5
35.98
-241.8
-228.6
188.7
-947.68
-851.86
101.7
Ni (s)
O (g)
02 (g)
0; (ag)
O; (g)
SO2 (g)
SO3 (g)
SO,2- (ag)
SO,?- (ag)
H2S (g)
HSO; (ag)
HSO4 (ag)
-285.8
-237.2
69.9
30.1
-187.6
-118.1
109.6
249.4
230.1
160.95
77.4
205.0
171.1
-164.38
-32.2
-12.09
16.3
110.88
-90.7
-58.5
72.0
142.2
163.4
237.6
-230.1
-178.6
146
-296.4
-300.4
248.5
-264.9
-210.66
196.2
-395.2
-624.25
-370.4
256.2
HgS (s)
-58.16
-48.8
77.8
-497.06
43.5
H9SO4 (s)
Hg,SO4 (s)
I2 (s)
I (ag)
HI (g)
NH3 (g)
NH,+ (ag)
NHẠCI (s)
NH3 (ag)
N2H4 (1)
NO (g)
NO2 (g)
N,O4 (g)
N20 (g)
HNO2 (ag)
HNO3 (1)
NO; (ag)
Na (s)
Nat (ag)
Naz0 (s)
NaCl (s)
-704.17
-625.815
200.66
-907.5
-741.99
17.15
-741.99
-623.92
200.75
-20.15
-33.0
205.64
116.7
-627.98
-527.3
132.38
-55.9
-51.67
109.37
-885.75
-752.87
126.86
25.9
1.30
206.3
-46.3
-16.6
193.0
-132.80
-79.5
112.8
-315.39
-203.89
94.56
-80.3
-26.5
111.3
50.4
120.3
238.7
90.4
86.7
210.6
33.85
51.8
240.46
9.66
98.29
304.3
81.56
103.6
219.99
-118.8
-53.6
135.6
-173.2
-79.9
155.6
-206.57
-110.5
146.4
51.05
-239.66
-261.87
60.25
-415.9
-376.56
72.8
-411.0
-384.0
72.38
Nal (s)
Na,SO4 (s)
NaNO3 (s)
-288.0
-285
98.5
-1384.49
-1266.8
49.49
-466.68
-365.89
16.3

THERMODYNAMIC DATA AT 1 ATM AND 25°C
Organic
AH.
(kJ/mol)
AG
(kJ/mol)
So
ΔΗρ
(kJ/mol) (kJ/mol) (J/molK)
AG
So
Substance
wen
(J/molK)
Substance
Acetic Acid (1)
CH;COOH
Acetaldehyde (g)
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)
AgCl (s)
-127.0
-109.7
96.1
-246.8
-153.55
198.7
CH;COCH3
Acetylene (g)
CH2
Benzene (1)
AgBr (s)
-99.5
-95.9
107.1
226.6
209.2
200.8
AgI (s)
-62.4
-66.3
114.2
49.04
124.5
172.8
C6H6
Butane (g)
AGNO: (s)
-123.1
-32.2
140.9
-124.7
-15.7
310.0
C4H10
Ethanol (1)
Al (s)
28,3
-276.98
-174.18
161.0
C2H5OH
Ethane (g)
Al3+ (ag)
-524.7
-481.2
-84.7
-32.89
229.5
CH6
Ethylene (g)
Al2O: (s)
-1669.8
-1576.4
50.99
52.3
68.1
219.5
C:H4
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)
-110.5
-137.3
197.9
-74.85
-50.8
186.2
CH4
CO2 (g)
CO2 (ag)
CO:2- (ag)
Cl2 (g)
CI (ag)
HCI (g)
H (g)
H2 (g)
H- (ag)
-393.5
-394.4
213.6
Al3+
-524.1
-581.2
-145.97
-412.9
-386.2
121.3
H2O2
-187.6
-118.1
-233.22
-676.3
-528.1
-53.1
Hg2+
HgCl2
-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
134.0

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Use the following equilibria2CH4(g) C2H6(g) + H2(g) Kc1 = 9.5 × 10-13CH4(g) + H2O(g) CH3OH(g) + H2(g) Kc2 = 2.8 × 10-21to calculate the value of Kc' for the following reaction:2CH3OH(g) + H2(g) C2H6(g) + 2H2O(g)
Reaction #1 Co() + 2H2(g) → CH:OH() AS° = -332 J/K CH.(g) + 0:(g) AS° = +162 J/K Reaction #2 CH:OH(!) – AH', AG; s° Substance (kJ mor) (kJ mot') (JK' mor') Co(g) -110.5 197.674 -238.7 -166.4 126.8 CH:OH(f) CH(g) -74.8 186.2 NOTE: You should be able to work this problem without using any additional tabulated data. (a) Calculate AH for reaction #1. (b) Calculate AGf for CO(g). (c) Calculate S° for O2(g). (d) At what temperatures is reaction #1 spontaneous?
c. For the reaction 2. CACO,(s) + 2H+ (aq)→ Ca (ag) + H,0(1) + CO, Species S J(mol K) CACO3 (s) 92.9 H* (ag) 0. Ca (aq) -53.1 H20(1) 69.95 CO, (9) 213.7 AS = JK
Which of the following reactions will release the most energy? O CH41) + O2(1) CO(g) + 2H20(g) O CHA(1) + O2() CO2() + 2H20(1) O CHA(g) + O2lg) CO2(g) + 2H2O(g) O CHA(g) + O2(g) CO2() + 2H2O(1)
JLK/m 23. Nitric oxide reacts with chlorine to form NOCI. 1. 2NO(g) + Cl2(g) → 2NOCI(g) Substance: NO(g) Cl2(g) AH° (kJ/mol) 0 90.29 at 298 K AG° (kJ/mol) 86.60 0 at 298 K S°(J/K • mol) 210.65 223.0 at 298 K What is AG°xn for this reaction at 550. K? A. -143.76 kJ/mol B. -78.78 kJ/mol C.-22.24 kJ/mol D.-10.6 kJ/mol E. 66600 kJ/mol NOCI(g) 51.71 66.07 261.60
4 Fe (s) + 3 O2(g) – 2FE2O3 (s) S° 02 = 205 |/ mol. K, S° Fe = 27.3 J/ mol. K , S° Fe203 = 87.4 J/ molK %3D Calculate AS°
H20 -OH H30* (1) XS LIAIH4 (2) H2O HO, он (1) XS CH;MgBr (2) H20
Which of the following processes yields a AS = - ? O2 NO(g) + O2(g) ---> 2 NO2(g) NaCIO3(s)---> Na (aq) + CIO3(aq) COCI2(g) -- CO(g) + Cl2(g) CH3OH(1) ---> CO(g) + 2H2(g) None HII>
CO2ME 144°C COOME Me0OC. then 20°C COOME