An endothermic reaction, `Ararr B` have an activation energy `15 kcal//mol` and the heat of the reaction is `5 kcal//mol`. The activation energy of the reaction, `Brarr A` is:

An endothermic reaction A rarr B have an activation energy 15 kcal//mol and the heat of the reaction is 5 kcal//mol . The activation energy of the reaction B rarr A is :

An endothermic reaction AtoB has an activatio energy 15 kaca/mole and the heat of reaction is 5kcal/mole. The activation energy of the reaction BtoA is

An endothermnic reaction A rarr B has an activation energy 15kJ//mol and energy of reaction is 5kJ//mol . What is the activation energy for backward reaction B rarr A . Draw the required graph to describe the above energies.

For a reaction, Ararr B + C , activation energy is 15 kJ/mole and enthalpy of reaction is +5kJ/mole. The activation energy for the reaction B+Crarr A is

An exothermic reaction XrarrY has an activation energy of 90kJ mol^(-1) of X and the heat of reaction is 250 kJ . Find the activation energy of the reaction YrarrX .

An exothermic reaction XrarrY has an activation energy of 90kJ mol^(-1) of X and the heat of reaction is 250 kJ . Find the activation energy of the reaction YrarrX .

An endothermic reaction A to B has an activation energy of 15" kJ mol"^(-1) and the enthalpy change for the reaction is 5" kJ mol"^(-1) . The activation energy of the reaction B to A is