756h This Arrhenius plot shows the rate constant, plotted as In(k), versus 1/T. What is reaction's activation energy? 2) 3) -10283 x0003 +29.970 -0.879 04151 10283x00032 +29.97 0.05309 29.9 kJ mol¹ 85.5 kJ mol 23.0 kJ mol 10283 kJ mol¹ 2 S -2 -4 -6 0.0028 In(k)=-10283 x 1/T + 29.97 0.003 0.0032 1/T (K-1) 0.01709 Fa= -R 0.0034 T2 Ea=-0.00 1 0.003 - 20

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756h
This Arrhenius plot shows the rate constant, plotted as ln(k), versus 1/T. What is
reaction's activation energy?
-10283x0003 +29.970
-0.879
04151
A)
B)
10283x00032 +29.97
0.05309
C)
D)
드
29.9 kJ mol¹
85.5 kJ mol¹
23.0 kJ mol-¹
10283 kJ mol ¹
2
-2
-4
-6
0.0028
In(k)=-10283 x 1/T+29.97
0.003
0.0032
1/T (K-1)
0.01709
Fa=
0.0034
-R
Ea-0.00
I
T
-
1
0.003
008
- 20
Transcribed Image Text:756h This Arrhenius plot shows the rate constant, plotted as ln(k), versus 1/T. What is reaction's activation energy? -10283x0003 +29.970 -0.879 04151 A) B) 10283x00032 +29.97 0.05309 C) D) 드 29.9 kJ mol¹ 85.5 kJ mol¹ 23.0 kJ mol-¹ 10283 kJ mol ¹ 2 -2 -4 -6 0.0028 In(k)=-10283 x 1/T+29.97 0.003 0.0032 1/T (K-1) 0.01709 Fa= 0.0034 -R Ea-0.00 I T - 1 0.003 008 - 20
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