If the rate law does not contain a concentration term then the order is -
a) zero
b) first
c) second
d) third

What would be the effect on the rate of reaction due to the four-fold increase in a reactant concentration, if the order of reaction were the following: (a) Zero order , (b) First order ( c) 1//2 order , (d) Fourth order

For three reactions of first, second and third-order, the numerical value of the rate constant is the same. Which of the following is correct? Given , [A] = the concentration of the reactant & r_1 , r_2 and r_3 are the rates of first, second and third-order reaction respectively

The rate constant in numerically the same for the theee reaction of first, second, and third order. Which reaction should be the fastest and it this true for all ranges of concentrations?

Integrated rate law | Zero Order Reaction

What are the units of rate constant for zero order and first order reactions ?