In a reaction between A and B, the initial rate of reaction was measured for different initial concentration of A and B as given below:
`{:(A//M,0.20,,0.20,0.40),(B//M,0.30,,0.10,0.05),(r_(0)//M s^(-1),5.07xx10^(-5),,5.07xx10^(-5),7.6xx10^(-5)):}`

For a reaction between A and B, the initial rate of reaction is measured for various initial concentration of A and B. The data provided are {:("[A]","[B]","Initial reaction rate"),("(a) 0.02 M","0.30 M",5xx10^(-5)),("(b) 0.20 M","0.10 M",5xx10^(-5)),("(c) 0.40 M","0.05 M",1xx10^(-4)):} The overall order of the reaction is

The initial rates of reaction 3 A+ 2B +C rarr products at different initial concentration are given below {:("Initial rate, MS"^(-1),|A_(0)|M,|B_(0)|M,|C_(0)|M),(5.0xx10^(-3),0.010,0.005,0.010),(5.0xx10^(-3),0.010,0.005,0.015),(10xx10^(-2),0.010,0.010,0.010),(1.25xx10^(-2),0.005,0.005,0.010):} The order of reaction with respect to the reacts A, B and C are respectively.

The rate constant of a reaction is 2xx10^-5 sec^-1 . If the initial concentration is 0.1 M, the initial rate is

For a reaction initial rate is given as : R_(0)=k[A_(0)]^(2)[B_(0)] . By what factor, the initial rate of reaction will increase if initial concentration is taken 1.5 times and B is tripled?