Question

1. what do the comparison of q = 6.2 and k = 1.2 indicate? 1.2 6.2 k q a) the reaction must shift to the left. b) the reaction must shift to the right. c) the reaction is finished. d) the reaction is at equilibrium. e) the reaction is not at equilibrium.

Explanation:

Step1: Recall reaction - quotient and equilibrium - constant relationship

If $Q > K$, the reaction will shift to the left to reach equilibrium. If $Q < K$, the reaction will shift to the right. If $Q = K$, the reaction is at equilibrium.
Here, $Q = 6.2$ and $K = 1.2$, so $Q>K$.

Answer:

A. The reaction must shift to the left.