2. Gaseous Ozone (O3) may be formed from oxygen gas by passing an electric spark through diatomic oxygen. Answer the following questions: a) Balance the equation: O2 (g) 03 (g) b) Write the Equilibrium Constant Expression for the Reversible Reaction: c) If A H = +284 Kj, tell what effect (or how the equilibrium shifts, i.e., to the right, to the left, or no effect) for each of the following stresses: 1. Increase the temperature: 2. Remove O3 as it forms: 3. Decrease [O2]: 4. Increase the total pressure: 5. Add a catalyst:

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Chapter18: Thermodynamics And Equilibrium
Section: Chapter Questions
Problem 18.124QP: Hydrogen gas and iodine gas react to form hydrogen iodide. If 0.500 mol H2 and 1.00 mol I2 are...
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Chemical and Ionic Equalibriuam 

2. Gaseous Ozone (O3) may be formed from oxygen gas by passing an electric spark through diatomic
oxygen. Answer the following questions:
a) Balance the equation:
O2 (g)
Оз (в)
b) Write the Equilibrium Constant Expression for the Reversible Reaction:
c) If A H = +284 Kj, tell what effect (or how the equilibrium shifts, i.e., to the right, to the left, or no
effect) for each of the following stresses:
1. Increase the temperature:
2. Remove O3 as it forms:
3. Decrease [O2]:
4. Increase the total pressure:
5. Add a catalyst:
Transcribed Image Text:2. Gaseous Ozone (O3) may be formed from oxygen gas by passing an electric spark through diatomic oxygen. Answer the following questions: a) Balance the equation: O2 (g) Оз (в) b) Write the Equilibrium Constant Expression for the Reversible Reaction: c) If A H = +284 Kj, tell what effect (or how the equilibrium shifts, i.e., to the right, to the left, or no effect) for each of the following stresses: 1. Increase the temperature: 2. Remove O3 as it forms: 3. Decrease [O2]: 4. Increase the total pressure: 5. Add a catalyst:
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