[" 63.For a reaction,the rate constant is "],[" expressed as,"k=A*e^(-40001T)" .The energy "],[" of activation is "]

For a reaction, the rate constant is expressed as k = Ae^(-40000//T) . The energy of the activation is

For a reaction, the rate constant is expressed as k = Ae^(-40000//T) . The energy of the activation is

Rate constant for a chemical reaction taking place at 500K is expressed as K=A. e^(-1000) The activation energy of the reaction is :

Rate constant for a chemical reaction taking place at 500K is expressed as K=A. e^(-1000) The activation energy of the reaction is :

Rate constant for a chemical reaction taking place at 500K is expressed as K=A. e^(-1000) The activation energy of the reaction is :

For a reaction AtoB with activation energy E_(a) and rate constant k=Ae^(-Ea//RT) . The rate of the reaction (Rate =k[A] ) increases by increasing the temperature because

Write the Arrhenius equation for the rate constants K_(1) and K_(2) at temperature T_(1) and T_(2) in terms of activation energy E_a .

Will the rate constant of the reaction depend upon T if the E_act (activation energy) of the reaction is zero?

Will the rate constant of the reaction depend upon T if the E_act (activation energy) of the reaction is zero?