TST and the Arrhenius Rate Law 2023-05-30 Consider the chemical reaction D(g)+H2(g)K(DHH)kHD(g)+H(g) Part A For the reaction given above the Arrhenius activation energy is Ea=23.0kJmol1 Calculation the enthalpy of acitvation H. Assume T=298K. Incorrect; Try Again; 3 attempts remaining Part B For the reaction above at T=298K the Arrhenius prefactor is A=1.501010m3s1mol1 Calculate the entropy of activation S at T=298K TST and the Arrhenius Rate Law 2023-05-30 Consider the chemical reaction D(g)+H2(g)K(DHH)kHD(g)+H(g) Part A For the reaction given above the Arrhenius activation energy is Ea=23.0kJmol1 Calculation the enthalpy of acitvation H. Assume T=298K. Incorrect; Try Again; 3 attempts remaining Part B For the reaction above at T=298K the Arrhenius prefactor is A=1.501010m3s1mol1 Calculate the entropy of activation S at T=298K