Use the data listed in the supporting materials to calculate the equilibrium constant, Kp, for the synthesis of HCl at 298.15 K. H2(g) + Cl2(g) =2 HCI(g) 4.0 2.47e33 What is the value of Kp if the equilibrium is expressed as below? 1/2 H2(g) + 1/2 Cl2(g) = HCI(g) 4.0
Use the data listed in the supporting materials to calculate the equilibrium constant, Kp, for the synthesis of HCl at 298.15 K. H2(g) + Cl2(g) =2 HCI(g) 4.0 2.47e33 What is the value of Kp if the equilibrium is expressed as below? 1/2 H2(g) + 1/2 Cl2(g) = HCI(g) 4.0
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question
![Use the data listed in the supporting materials to calculate the equilibrium constant, Kp, for the synthesis of HCI at 298.15 K.
H2(g) + Cl2(g) =2 HCI(g)
4.0
2.47e33
What is the value of Kp if the equilibrium is expressed as below?
1/2 H2(g) + 1/2 Cl2(g) = HCI(g)
4.0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F14e51fbd-8bc7-4604-ba1b-5c934c5c4cfb%2Fd191414e-8535-4f50-ae82-d4d29d6a533a%2Fdu02fqg_processed.png&w=3840&q=75)
Transcribed Image Text:Use the data listed in the supporting materials to calculate the equilibrium constant, Kp, for the synthesis of HCI at 298.15 K.
H2(g) + Cl2(g) =2 HCI(g)
4.0
2.47e33
What is the value of Kp if the equilibrium is expressed as below?
1/2 H2(g) + 1/2 Cl2(g) = HCI(g)
4.0
![CS2(1)
C12H22011(s)
C2H2(g)
C2HĄ(g)
C,H16(1)
C,H3(1)
C3H18(1)
Ca(NO3)2(s)
Ca(ОН),(s)
89.0
151.3
43.9
-224.2
328.6
-322.2
-2221.7
360.2
-1544.3
12.4
220.1
-53.2
226.6
200.8
209.2
-250.1
361.2
-357.8
52.3
219.5
68.12
-938.2
193.2
-995.8
C2H40(g)
C,H;OH(g)
-52.6
242.5
-124.9
-986.6
83.4
-896.8
Ca(g)
Ca(s)
CaBr2(s)
CACO3(s)
CaCl2(s)
CaF2(s)
-234.8
281.6
-318.8
177.8
154.9
131.6
C2H;OH(1)
C2H6(g)
C3H;OH(1)
C3Hg(8)
C,H10(8)
C4H10(1)
-277.0
161.0
-174.2
41.6
-84.7
229.5
-32.9
-682.8
130.0
-721.6
-302.6
193.6
-360.3
-1206.9
92.9
-1128.8
-103.8
269.9
-23.5
-795.8
104.6
-748.1
-125.6
310.0
-218.0
-1228.0
68.5
-1248.4
-214.9
Cal2(s)
Са0(s)
-147.3
226.8
-533.5
142.0
-575.8
-252.1
39.8
C5H12(1)
C5H;N(1)
C,H12(1)
C,H1206(s)
C,H14(1)
C,H;Br(1)
-173.5
263.5
-635.6
-604.2
CASO«(s)
CI(g)
100.2
177.9
47.2
-1434.5
106.5
-1466.3
-156.4
121.4
165.2
105.3
-1274.5
210.3
-910.6
CINO(g)
51.7
261.7
-26.3
-198.7
296.1
-287.0
CINO2(g)
12.6
272.2
-68.6
60.9
219.2
-4.5
Cl2(g)
223.0
C,H;CH(CH3)2(1)
C,H;CHO(1)
C,H;CH3(1)
-41.1
277.6
-123.9
Cr(g)
396.6
174.5
344.6
-87.0
221.2
-153.0
Cr(s)
23.77
12.4
220.1
-53.2
CrCl2(s)
-395.4
115.3
-429.8
Standard State Thermodynamic Data
AH º (kJ/mol)
s° J/mol·K)
AG ° (kJ/mol)
formula
AHº (kJ/mol)
s° J/mol·K)
AG? (kJ/mol)
formula
123.0
CrCl3(s)
Cr,03(s)
Cs(g)
Cs(s)
HC,H3O2(1)
HCI(g)
HF(g)
HI(g)
HNO3(g)
-556.5
-593.2
-484.2
159.8
-389.9
-1139.7
81.2
-1058.1
-92.3
186.5
-95.3
76.5
175.6
24.1
-273.3
173.5
-275.4
85.2
-25.4
26.48
206.3
1.7
CsBr(s)
-405.8
113.1
-439.5
-133.9
266.9
-213.5
CSCI(s)
CsF(s)
HNO3(1)
H2(g)
-443.0
101.2
-473.2
-174.1
155.6
-80.7
-553.3
92.8
-581.0
130.6
Cel(s)
346 6
123 1
383 3
H.Olg)
241 8
188 7
228 6](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F14e51fbd-8bc7-4604-ba1b-5c934c5c4cfb%2Fd191414e-8535-4f50-ae82-d4d29d6a533a%2Fir2b3rn_processed.png&w=3840&q=75)
Transcribed Image Text:CS2(1)
C12H22011(s)
C2H2(g)
C2HĄ(g)
C,H16(1)
C,H3(1)
C3H18(1)
Ca(NO3)2(s)
Ca(ОН),(s)
89.0
151.3
43.9
-224.2
328.6
-322.2
-2221.7
360.2
-1544.3
12.4
220.1
-53.2
226.6
200.8
209.2
-250.1
361.2
-357.8
52.3
219.5
68.12
-938.2
193.2
-995.8
C2H40(g)
C,H;OH(g)
-52.6
242.5
-124.9
-986.6
83.4
-896.8
Ca(g)
Ca(s)
CaBr2(s)
CACO3(s)
CaCl2(s)
CaF2(s)
-234.8
281.6
-318.8
177.8
154.9
131.6
C2H;OH(1)
C2H6(g)
C3H;OH(1)
C3Hg(8)
C,H10(8)
C4H10(1)
-277.0
161.0
-174.2
41.6
-84.7
229.5
-32.9
-682.8
130.0
-721.6
-302.6
193.6
-360.3
-1206.9
92.9
-1128.8
-103.8
269.9
-23.5
-795.8
104.6
-748.1
-125.6
310.0
-218.0
-1228.0
68.5
-1248.4
-214.9
Cal2(s)
Са0(s)
-147.3
226.8
-533.5
142.0
-575.8
-252.1
39.8
C5H12(1)
C5H;N(1)
C,H12(1)
C,H1206(s)
C,H14(1)
C,H;Br(1)
-173.5
263.5
-635.6
-604.2
CASO«(s)
CI(g)
100.2
177.9
47.2
-1434.5
106.5
-1466.3
-156.4
121.4
165.2
105.3
-1274.5
210.3
-910.6
CINO(g)
51.7
261.7
-26.3
-198.7
296.1
-287.0
CINO2(g)
12.6
272.2
-68.6
60.9
219.2
-4.5
Cl2(g)
223.0
C,H;CH(CH3)2(1)
C,H;CHO(1)
C,H;CH3(1)
-41.1
277.6
-123.9
Cr(g)
396.6
174.5
344.6
-87.0
221.2
-153.0
Cr(s)
23.77
12.4
220.1
-53.2
CrCl2(s)
-395.4
115.3
-429.8
Standard State Thermodynamic Data
AH º (kJ/mol)
s° J/mol·K)
AG ° (kJ/mol)
formula
AHº (kJ/mol)
s° J/mol·K)
AG? (kJ/mol)
formula
123.0
CrCl3(s)
Cr,03(s)
Cs(g)
Cs(s)
HC,H3O2(1)
HCI(g)
HF(g)
HI(g)
HNO3(g)
-556.5
-593.2
-484.2
159.8
-389.9
-1139.7
81.2
-1058.1
-92.3
186.5
-95.3
76.5
175.6
24.1
-273.3
173.5
-275.4
85.2
-25.4
26.48
206.3
1.7
CsBr(s)
-405.8
113.1
-439.5
-133.9
266.9
-213.5
CSCI(s)
CsF(s)
HNO3(1)
H2(g)
-443.0
101.2
-473.2
-174.1
155.6
-80.7
-553.3
92.8
-581.0
130.6
Cel(s)
346 6
123 1
383 3
H.Olg)
241 8
188 7
228 6
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