Chemistry
Chemistry
10th Edition
ISBN: 9781305957404
Author: Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher: Cengage Learning
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1. For the balanced reaction:
2 C,H6 + 9 02 (0)
6 CO2 (6)
6 H,0 (g)
+
What is the shift in equilibrium if the initial concentrations of C,H, , 0, , CO, and H,0 are 3.01M
each. The equilibrium constant (K) for the reaction is 1.21 X 10³. SHOW ALL WORK (Find Q).
2. For the following reaction:
Ag + 3 Big) - 4 D K = 34.8
If the initial concentrations of A is 3.0 M and B is 6.0 M, which direction will the reaction need to
shift to reach equilibrium? Why?
3. Determine the K for the following reaction given the following information:
Ag +3 Bg)
2 Die K?
The initial concentration of A is 4.0 M and B is 6.0 M. At equilibrium, it was found that D had a
concentration of 1.5 M. (Hint use an ICE Chart)
4. Determine the K for the following reaction given the following information:
2A +3 B -- 4 D K?
The initial concentration of A is 5.0M and B is 8.0 M. At equilibrium, it was found that A had a
concentration of 1.0 M. (Hint use an ICE Chart)
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Transcribed Image Text:1. For the balanced reaction: 2 C,H6 + 9 02 (0) 6 CO2 (6) 6 H,0 (g) + What is the shift in equilibrium if the initial concentrations of C,H, , 0, , CO, and H,0 are 3.01M each. The equilibrium constant (K) for the reaction is 1.21 X 10³. SHOW ALL WORK (Find Q). 2. For the following reaction: Ag + 3 Big) - 4 D K = 34.8 If the initial concentrations of A is 3.0 M and B is 6.0 M, which direction will the reaction need to shift to reach equilibrium? Why? 3. Determine the K for the following reaction given the following information: Ag +3 Bg) 2 Die K? The initial concentration of A is 4.0 M and B is 6.0 M. At equilibrium, it was found that D had a concentration of 1.5 M. (Hint use an ICE Chart) 4. Determine the K for the following reaction given the following information: 2A +3 B -- 4 D K? The initial concentration of A is 5.0M and B is 8.0 M. At equilibrium, it was found that A had a concentration of 1.0 M. (Hint use an ICE Chart)
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