`5A to `Product In above reaction, half-life period is directly proportional to initial concentration of reactant. The initial rate of reaction is 400 mol `lit^(-1)" min"^(-1)`. Calculate the half - life period ( in sec ) when initial concentration of reactant is 200 mol `lit^(-1)" min"^(-1)`.
The product of half life (t_(1//2)) and the square of initial concentration of the reactant is constant. Then the order of reaction is
The half life for a given reaction was doubled as the initial concentration of the reaction was doubled. The order of the reactio is
What are the units of the rate constant of a reaction in which the half life is doubled by halving the initial concentration of reactants.
The rate constant of a first order reaction of 0.0693"min"^(-1) . What is the time (in min) required for reducing an initial concentration of 20 mole "lit"^(-1) to 2.5 mole "lit"^(-1) ?
In a first - order reaction A to B, if K is the rate constant and initial concentration of the reactant is 0.5 M, then half-life is
Give relation between half reaction time (t_(1//2)) and initial concentration of reactant for (n-1) order reaction
