(b) What is rate constant ? Write 'two applications' of rate law.

Rate law for the reation A + B to product is rate = k [A]^(2) [B] . What is the rate constant , if rate of reaction at a given temperature is 0.22 Ms^(-1) , when [A] = 1M and [B] = 0.25 M ?

For a reaction : A+B to Products. The rate law expression is: rate = k[A]^(1//3).[B]^(2) . a) What is the order of the reaction? b) What are the units of rate constant if concentration is measured in mol dm^(-3) and time in seconds?

Write factor effecting rate constant.

For a reaction the rate law expression is represented as follows: Rate =k[A][B]^(1//2) i. Interpret whether the reaction is elementary or complex. Give reason to support your answer. ii. Write the units of rate constant for this reaction if concentration of A and B is expressed in moles/L.

What do you understand by the rate law and rate constant of a reaction? Identify the order of a reaction if the units of its rate constant are :

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 :