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What would be the effect on the rate of reaction(r) due to the fourfold increase in a reactant concentration, if the reaction is of zero order?
Option: 1
r₁ = r₂

Option: 2
r₁> r₂

Option: 3
r₁ < r₂

Option: 4
can't say anything

Answers (1)

best_answer

$\begin{array}{l}{r_{1}=k[A]^{n}} \\ {\text {When } n=0} \\ {r_{1}=k[A]^{0}} \\\\ {r_{2}=k[4 A]^{0}} \\ {r_{1}=r_{2}, \text { (No change in rate) }}\end{array}$

Therefore, option(1) is correct.

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