The differential rate law equation for the elementary reaction `A+2Boverset(k)to3C`, is

The differential rate law for the reaction

Starting with the differential rate law equation for a first order reaction, derive the integerated rate law equation for a first order reaction. How is it related to the rate constant ?

Elemantary unimolecular reactions have first order rate laws, elementary bimolecular reactions have second order rate laws. A rate law is often derived from a proposed mechanism by imposing the state approximation or by assuming that there is a pre -equilibrium. A proposed mechanism must be consistent with the experiment rate law. The molecularity of the elementary reaction C_(2)N_(2)to2CN is

The rate law for elementary reaction A+2B to C +2D will be _.

Rate law for the elementary reaction 2AB to^(k_1) A_2+B_2 will be:

Rate law for the elementary reaction 2AB to^(k_1) A_2+B_2 will be:

Write the rate law and units of rate constant for the following elementary reactions. A+2Bto Products

Write the rate law and units of rate constant for the following elementary reactions. 3Ato Products

Write the rate law and units of rate constant for the following elementary reactions. 2A+Bto Products