The catalytic decomposition of hydrogen peroxide was studied by liberating it at different intervals with `KMnO_4` solution. Calculate the rate constant from the following data assuming the reaction to be of the first order :

The rate of decomposition of hydrogen peroxide at a particular temperature was measured by titrating its solution with acidic KMnO_4 solution. Following results were obtained: Show that the reaction is of first order .

The rate of decomposition of hydrogen peroxide at a particular temperature was measured by titrating its solution with acidic KMnO_4 solution. Following results were obtained: Calculate the rate constant ?

Calculate rate constant for the first order reaction, whose half-life period is 4.6 s.

Calculate rate constant for the first order reaction, whose half-life period is 4.6 s.

For the decomposition of azoisopropane to hexane and nitrogen at 543 K, the following data is obtained. Calculate the rate constant.

A first order reaction is 20 % complete in 10 minutes. Calculate Specific rate constant of the reaction

Thermal decomposition of dinitrogen penta oxide takes place by the following mechanism: Write the rate expression and order of reaction. What is the unit of rate constant ?

The rate of decomposition of hydrogen peroxide at a particular temperature was measured by titrating its solution with acidic KMnO_4 solution. Following results were obtained : {:("Time t (s)",0,10,20),("Vol. of "KMnO_4"(ml)",11.4,6.9,4.15):} Show that the reaction is of first ordre.

The following results were obtained for the decomposition of nitrogen peroxide in an inert solvent : Show that the reaction is of first order and also calculate the rate constant.