The value of equilibrium constant of a reaction at a particular temperature does not depend on the initial concentrations of the reactants.

Show that the time of a first order reaction takes for 'the nth' fraction of the initial concentration of its reactant to converted into product does not depend on the initial concentration of the reactant.

Show that the time required to complete a part of first order reaction does not depend on the initial concentration of the reactants.

The equilibrium constant of a reversible reaction at a particular temperature is K. What Will be the values of reaction quotient ( Q) at the beginning and at equilibrium of the reaction?

The rate constant a reaction at a given temperature is the rate of reaction when the molar concentration of each reactant is ..........

Show that half life period of a first order reaction is independent of the initial concentration of the reactant.

This question has Statement I and Statement II. Of four choices given after the Statements choose the one that best describes two statements Statement-I : Half-life of a first order reaction does not depend on the initial concentration of the reactant. Statement-II t_(1/2)=(2.303log_10 2)/k

For the reaction, A(g)+B(g)toC(g)+D(g) occuring in a closed vessel of 1L volume, the value of equilibrium constant is 16 at a particular temperature. If the number of moles of each of the constituents be 1, then in which direction will the reaction occur to a greater extent to attain equilibrium? Also, calculate the molar concentrations of B(g) and D(g) at equilibrium

Value of the equilibrium constant is _______ of the initial concentration of reactants.

Give an example of a reaction whose rate does not depend on the concentration of reactant during the course of the reaction.

The rate constant of a first order reaction is 1.5xx10^(-6)s^(-1) at a specific temperature . What percent of initial concentration of the reactant gets converted into product after 10h?