When the reaction 2O₃(g)
3O₂(g), for which K_p = 3.0 * 10²⁶ at 773ºC, is at equilibrium, the mixture will contain very little O₂ as compared to O₃.

Name: When the reaction 2O 3 (g) 3O 2 (g), for which K p = 3.0 * 10 26 at 773ºC, is at equilibrium, the mixture will contain very little O 2 as compared to O 3 .
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Question

When the reaction 2O₃(g) 3O₂(g), for which K_p = 3.0 * 10²⁶ at 773ºC, is at equilibrium, the mixture will contain very little O₂ as compared to O₃.

Quizplus · Accepted Answer

The equilibrium constant (K_p) is greater than 1, which means the reaction favors the formation of O₂. Therefore, the mixture will contain more O₂ than O₃.

When the Reaction 2O3(g)

When the Reaction 2O₃(g)