For an endothermic reaction energy of activation is `E_(a)` and enthlpy of reaction is `Delta H` (both in `kJ "mol"^(-1)`). Minimum value of `E_(a)` will be

For an endothermic reaction energy of activation is E_(a) and enthalpy of reaction is DeltaH (both in kJ "mol"^(-1) ) Minimum value of E_(a) will be

For an endothermic reaction, energy of activation is E_a and enthalpy of reaction is DeltaH (both of these in kJ/mol). Minimum value of E will be

An endothermic reaction have an activation energy of E_(a)kJ.mol^(-1) , and the enthalpy change in the reaction is DeltaHkJ.mol^(-1) .The minimum value of E_(a) is -

For an endothermic reaction, where Delta H represents the enthalpy of reaction in kJ mol^(-1) , the minimum value for the energy of activation will be

For an endothermic reaction, where Delta H represents the enthalpy of reaction in kJ mol^(-1) , the minimum value for the energy of activation will be

For an endothermic reaction, where Delta H represents the enthalpy of reaction in kJ mol^(-1) , the minimum value for the energy of activation will be

For an endothermic reaction,where DeltaH represents the enthalpy of the reaction in kJ mol^(-1) , the minimum value for the energy of activation will be