Temp (K) Rate Contant () Ink) 1/T 295 0.00223 -6.1057537 0.0033898 306 0.003 -5.809143 0.003268 278 0.000465 -7.6734732

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answerhappygod
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Temp (K) Rate Contant () Ink) 1/T 295 0.00223 -6.1057537 0.0033898 306 0.003 -5.809143 0.003268 278 0.000465 -7.6734732

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Temp K Rate Contant Ink 1 T 295 0 00223 6 1057537 0 0033898 306 0 003 5 809143 0 003268 278 0 000465 7 6734732 1
Temp K Rate Contant Ink 1 T 295 0 00223 6 1057537 0 0033898 306 0 003 5 809143 0 003268 278 0 000465 7 6734732 1 (39.57 KiB) Viewed 58 times
Temp K Rate Contant Ink 1 T 295 0 00223 6 1057537 0 0033898 306 0 003 5 809143 0 003268 278 0 000465 7 6734732 2
Temp K Rate Contant Ink 1 T 295 0 00223 6 1057537 0 0033898 306 0 003 5 809143 0 003268 278 0 000465 7 6734732 2 (17.46 KiB) Viewed 58 times
Temp (K) Rate Contant () Ink) 1/T 295 0.00223 -6.1057537 0.0033898 306 0.003 -5.809143 0.003268 278 0.000465 -7.6734732 0.0035971 275 0.000434 -7.742466 0.0036364 Arrheneus Plot 00000001 5 3 3 9 20 21 09 1 - . -7 4 -5 1/T 23 24 25 26 27 28 29 30 31 24

Use the slope and the intercept of your graph, along with the Arrhenius Equation to calculate the activation energy. Ea, and the frequency factor, A. Slope -0.0002 Intercept 00023 (from graph) (from graph) Ea A. 1.0013 X. 1000 0.0016628 3662863 Ea=8.319 %0.0002 10/mol Ea= 19
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