The rate of the zero order reaction- A - B - C follows the rate equation-Rate - k-A-0-B-0-Then the rate of the reaction is-

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Standard XII

Chemistry

Order of Reaction

The rate of t...

Question

The rate of the zero order reaction; $A + B \to C$ follows the rate equation:
Rate = $k [A]^{0} [B]^{0}$ .
Then the rate of the reaction is:

dependent on the concentration of reactant

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dependent on the concentration of product

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independent of concentrations of both reactant and product

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none of these

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Solution

The correct option is C independent of concentrations of both reactant and product
b. For the zero order reaction, $A + B \to C$
Rate equation is : Rate = $k [A]^{0} [B]^{0}$
Hence the rate of the reaction is independent of concentrations of both reactant and product.

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The rate of the zero order reaction; A+B→C follows the rate equation:Rate = k[A]0[B]0.Then the rate of the reaction is:

The correct option is C independent of concentrations of both reactant and productb. For the zero order reaction, A+B→CRate equation is : Rate = k[A]0[B]0Hence the rate of the reaction is independent of concentrations of both reactant and product.

The rate of the zero order reaction; $A + B \to C$ follows the rate equation:
Rate = $k [A]^{0} [B]^{0}$ .
Then the rate of the reaction is:

The correct option is C independent of concentrations of both reactant and product
b. For the zero order reaction, $A + B \to C$
Rate equation is : Rate = $k [A]^{0} [B]^{0}$
Hence the rate of the reaction is independent of concentrations of both reactant and product.