Assertion (A) : For: `aA+bB rarr` Product. The order of reaction is equal to `(a+b)`.
Reason (R ): Rate of reaction `=k[A]^(a)[B]^(b)`.

For a general reaction aA + bB rarr Products, the rate of the reaction is equal to _________.

For a reaction A+B rarr products The rate law expression is

Assertion (A) : In a reaction A rarr Products, the concentratiton of the reactant is reduced to zero after a finite time Reason (R) : The order of reaction is zero.

Assertion :The rate of the reaction, A rarr B is the rate of change of concentration of a reactant or a product. Reason: Rate of reaction remains constant duringthe course of reaction.

Assertion (A): For the reaction RCl + NaOH(g) rarr ROH + NaCl , the rate of reaction is reduced to half on reducing the cocentration of RCl to half. Reason (R ): The rate of the reaction is represented by k[RCl] , i.e., it is a first order reaction.

Assertion (A): For the reaction RCl + NaOH(g) rarr ROH + NaCl , the rate of reaction is reduced to half on reducing the cocentration of RCl to half. Reason (R ): The rate of the reaction is represented by k[RCl] , i.e., it is a first order reaction.

For a hypothetical reaction: A+B rarr Products, the rate law is r = k[A][B]^(0) . The order of reaction is

For a hypothetical reaction: A+B rarr Products, the rate law is r = k[A][B]^(0) . The order of reaction is