90. Solving a chemistry problem
📂 Chemistry
👤 Derkach
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8. Based on the values of the reaction rate constants at two temperatures, determine: the activation energy, the rate constant at temperature T3, the temperature coefficient of the rate, and the amount of substance consumed during time t, if the initial concentrations are equal to C0. Assume that the reaction order and molecularity coincide. The dimensions of the constants are respectively min-1 (kmol/m3)-1 (for a second-order reaction).
Option reaction T1, K K1, T2K, K2 T3, K t, min C0, kmol/m3
8 2N2O→2N2 O2 986.0 6.72 1165.0 977.0 1053.2 65 1.75
Option reaction T1, K K1, T2K, K2 T3, K t, min C0, kmol/m3
8 2N2O→2N2 O2 986.0 6.72 1165.0 977.0 1053.2 65 1.75
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