Cl_((g)) + e^(-) rarr Cl_((g))^(-) , E_A = -348 kJ//"mole" at 0 K. then DeltaH for same process at 300K (in kJ) [R=8J/mol/K] [Hint : DeltaH = EA - 5/2 RT].

Cl_((g)) + e^(-) rarr Cl_((g))^(-) , E_A = -348 kJ//"mole" at 0 K. the

1.	Cl_((g)) + e^(-) rarr Cl_((g))^(-) , E_A = -348 kJ//"mole" at 0 K. then DeltaH for same process at 300K (in kJ) [R=8J/mol/K] [Hint : DeltaH = EA - 5/2 RT].
Answer» `+354` `+348` `-354` ZERO ANSWER :C