In the reaction `2A + B to A_2B`, if the concentration of A is doubled and of B is halved, then the rate of the reaction will:

In the given elementary reaction 2A + B to A_2B , if the concentration of A is doubled and that of B is halved, then the rate of the reaction will:

In the reaction 2A+B to A_2B , Rate = k[A]^2 [ B ] if the concentration of A is doubled and that of B is halved, then the rate of reaction will:

In the reaction 2A+B to A_2B , Rate = k[A]^2 [ B ] if the concentration of A is doubled and that of B is halved, then the rate of reaction will:

In a reaction A + B to Products (i) If the initial concentration of A is doubled and B is kept constant, the rate of the reaction is doubled (ii) If the initial concentration both A and B are doubled the rate of reaction becomes eight times The rate law of the reaction is :

In a reaction A + B to Products (i) If the initial concentration of A is doubled and B is kept constant, the rate of the reaction is doubled (ii) If the initial concentration both A and B are doubled the rate of reaction becomes eight times The rate law of the reaction is :

In the reaction 2A +B to products the order w.r.t A is found to be one and w.r.t B equal to 2 . Concentration of A is doubled and that of B is halved , the rate of reaction will be