The observed rate law for the reaction 2 O₃(g) $\to$ 3 O₂(g)is Rate = k[O₃]²/[O₂].Derive the rate law of the proposed mechanism shown.Discuss the validity of the proposed mechanism.
Step 1: O₃(g) $\to$ O₂(g)+ O(g)(very fast,reversible)
Step 2: O(g)+ O₃(g) $\to$ 2 O₂(g)(slow)

Question

The observed rate law for the reaction 2 O₃(g)

\to

3 O₂(g)is Rate = k[O₃]²/[O₂].Derive the rate law of the proposed mechanism shown.Discuss the validity of the proposed mechanism.
Step 1: O₃(g)

\to

O₂(g)+ O(g)(very fast,reversible)
Step 2: O(g)+ O₃(g)

\to

2 O₂(g)(slow)

Quizplus · Accepted Answer

The Answer of The observed rate law for the reaction 2 O₃(g)$\to$ 3 O₂(g)is Rate = k[O₃]²/[O₂].Derive the rate law of the proposed mechanism shown.Discuss the validity of the proposed mechanism. Step 1: O₃(g)$\to$O₂(g)+ O(g)(very fast,reversible) Step 2: O(g)+ O₃(g)$\to$ 2 O₂(g)(slow)

The Observed Rate Law for the Reaction 2 O3(g) →\to→ 3 O2(g)is Rate = K[O3]2/[O2]

The Observed Rate Law for the Reaction 2 O₃(g) $\to$ 3 O₂(g)is Rate = K[O₃]²/[O₂]