Sita has to select one reaction out of zero order, first order, second order, and a third order reaction such that, the rate of reaction is constant throughout the reaction. Which one should she select?

Zero order reaction

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First order reaction

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Second order reaction

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Third order reaction

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Solution

The correct option is A Zero order reaction
Rate equation for zero order reaction is

$R a t e = k [R e a c t a n t]^{\circ}$

Rate = k
as k is a rate constant, the rate of a zero order reaction is always constant.

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Similar questions

Q. Sita has to select one reaction out of zero order, first order, second order, and a third order reaction such that, the rate of reaction is constant throughout the reaction. Which one should she select?

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for the zero order, first order and second order reaction.

Half-lives of a first order and a zero order reaction are the same. The ratio of initial rates of the first order reaction to that of the zero order reaction is :

How to identify zero oder, first, second order and third order reactions?

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Sita has to select one reaction out of zero order, first order, second order, and a third order reaction such that, the rate of reaction is constant throughout the reaction. Which one should she select?

The correct option is A Zero order reactionRate equation for zero order reaction is Rate=k[Reactant]∘ Rate = k as k is a rate constant, the rate of a zero order reaction is always constant.

The correct option is A Zero order reaction
Rate equation for zero order reaction is

$R a t e = k [R e a c t a n t]^{\circ}$

Rate = k
as k is a rate constant, the rate of a zero order reaction is always constant.