If a reaction carried out at 61 °C has an activation energy,E_a, of 67.3 kJ mol^-1,a rate constant of 791 s^-1,and a frequency factor,A,of 2.65 × 10¹³,what is the value of R?
$k = A e ^ { \frac { - E _ { a } } { R T } }$

Name: If a reaction carried out at 61 °C has an activation energy,E a, of 67.3 kJ mol -1 ,a rate constant of 791 s -1 ,and a frequency factor,A,of 2.65 × 10 13 ,what is the value of R? $k = A e ^ { \frac { - E _ { a } } { R T } }$
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Question

If a reaction carried out at 61 °C has an activation energy,E_a, of 67.3 kJ mol^-1,a rate constant of 791 s^-1,and a frequency factor,A,of 2.65 × 10¹³,what is the value of R?

k = A e ^ { \frac { - E _ { a } } { R T } }

Quizplus · Accepted Answer

The value of R, the universal gas constant, is 8.314 J mol⁻¹ K⁻¹.

If a Reaction Carried Out at 61 °C Has an Activation