What is the rate law of 2O3 to 3O2?
The chemical reaction, 2O3→ 3O2 proceeds as O3 O2 + [O] (fast) [O] + O3→ 2O2 (slow) The rate law expression will be : >>Class 12. >>Chemistry. >>Chemical Kinetics.
What is the product of 2O3?
The chemical reaction, 2O3 → 3O2 proceeds as follows: Step.
What is the rate law for the reaction NO2 CO?
The rate law is : rate = k[NO2]2 k [ N O 2 ] 2 for the reaction: NO2(g) + CO(g) → NO(g) + CO2(g).
What is the rate of decomposition of O3?
The decomposition of ozone in water is found to be second order at pH 2 and 4 with the rate insensitive to pH, At pH 6 the reaction order is 3/2 to 2 and at pH 8 it is first order. Above pH 6 the rate increases rapidly with pH. Ozonation can greatly reduce the organic matter in waste water.
Is 2O3 3O2 a redox reaction?
No. This is not a redox reaction. This is because in a redox reaction the oxidation number of the elements in the reactant are different from the same element in the product.
Is 3O2 2O3 spontaneous?
6. For the reaction 3O2 (g ) –> 2O3 (g ), ∆H= +285.4 kJ/mol . This reaction: (a) will not be spontaneous as written at any temperature.
Under what conditions is a bimolecular?
When both reactants have same concentration.
What is the order of rate law with respect with NO2?
Reaction Order For example, the rate law Rate=k[NO]2[O2] Rate = k [ NO ] 2 [ O 2 ] describes a reaction which is second-order in nitric oxide, first-order in oxygen, and third-order overall. This is because the value of x is 2, and the value of y is 1, and 2+1=3.
What is the rate law for the decomposition of ozone?
[SOLVED] The decomposition of ozone, 2O3(g)→ 3O2(g) , follows the rate law: – d[O3]/dt = K[O3]^2/[O2] .
What is the rate law for the decomposition of ozone to molecular oxygen given the mechanism shown above?
Ozone, O3, decomposes to molecular oxygen, O2, via the following process: 2O3(g) → 3O2(g) The rate law for the decomposition of ozone to molecular oxygen is rate = k[O3]2 [O2] The mechanism proposed for this process is O3 0001 O + O2 O + O3 AP 1 2O2.
Which of the following is not a redox reaction?
Complete answer: A . $CaC{O_3} \to CaO + C{O_2}$ is a decomposition reaction . Here in this reaction we can see that there is no change in the oxidation number of any species so it is not a redox reaction.