Consider the Reaction 2O 3 (g)$\to$ 3O 2 (g)$\to$ 2O 2 If We Assume the Second Step of the Mechanism

The Answer of Consider the Reaction 2O 3 (g)$\to$ 3O 2 (g)$\to$ 2O 2 If We Assume the Second Step of the Mechanism

Consider the Reaction 2O 3 (g)$\to$ 3O 2 (g)$\to$ 2O 2 If We Assume the Second Step of the Mechanism

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Consider the Reaction 2O₃(g) $\to$ 3O₂(g) $\to$ 2O₂
If We Assume the Second Step of the Mechanism

Question 15

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Consider the reaction 2O₃(g) $\to$ 3O₂(g) .The following mechanism is proposed: O₃ $Consider the reaction 2O3(g) \to 3O2(g) .The following mechanism is proposed: O3 O2 + O O3 + O \to 2O2 If we assume the second step of the mechanism is the rate determining step and the first step is a fast equilibrium step,which of the following rate laws is predicted by this mechanism? A) rate = k[O3] B) rate = k[O3]2[O2] C) rate = k[O3]2[O2]-1 D) rate = k[O3]2 E) none of these$ O₂ + O
O₃ + O $\to$ 2O₂
If we assume the second step of the mechanism is the rate determining step and the first step is a fast equilibrium step,which of the following rate laws is predicted by this mechanism?

A) rate = k[O₃]
B) rate = k[O₃]²[O₂]
C) rate = k[O₃]²[O₂]^-¹
D) rate = k[O₃]²
E) none of these

Consider the Reaction 2O3(g) →\to→ 3O2(g) →\to→ 2O2 If We Assume the Second Step of the Mechanism

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Consider the Reaction 2O₃(g) $\to$ 3O₂(g) $\to$ 2O₂
If We Assume the Second Step of the Mechanism

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