89.5 Arrhenius equation 9.5.4 Experimental measurement activation energy (1)Experimental measurement (2)Calculation method In k +In a k E y=43079-19111X ConstantIn R=0.95507 k, R T In k, +In a RT 273.72278.18283.18288.14 0002250.00228000231000234000237000240000243 Rh(tmp) 104k/s0.4209070161.2292.087 198.18308.16318.29 w.r.t Rh(tmp) 104k/sh5642140532.65 T.T. Ching, S.C. Kwong and s C. Kim, JACS, 2012, 134 11388-11391T. T. Ching, S. C. Kwong and S. C. Kim, JACS, 2012, 134: 11388-11391 9.5.4 Experimental measurement activation energy (1) Experimental measurement: §9.5 Arrhenius equation (2) Calculation method: A RT E k a ln ln 1 1 = − + A RT E k a ln ln 2 2 = − +         = − − 2 1 2 1 1 1 ln R T T E k k a T / K 273.72 278.18 283.18 288.14 104 k / s-1 0.4209 0.7016 1.229 2.087 T / K 198.18 308.16 318.29 104 k / s-1 5.642 14.05 32.65 Constant