9. For a reaction proceeding in the n -th order, the values ​​of the rate constants at different temperatures are obtained. For reactions with n = 1, the constant has the dimension of s-1, and for n = 2, the dimension is cm3/s.mol. Calculate:
1. Activation energy;
2. Pre-exponential factor;
3. Heat of activation;
4. Temperature coefficient of reaction rate;
5. The amount of substance consumed during time τ, if the initial concentrations are equal to C0 (kmol/m3)

Table 9
No. Reaction T, K k τ, min C0
1 2 3 4 5 6
9 H2 C2H4→C2H6
n = 2
600
610
620
630 7.413 .10-3
1.343 .10-2
2.38 .10-2
4.179 .10-2 32 0.93

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