In the diffusive limit, as is the case with carbonic anhydrase, this quantity is bounded above by a value of approximately 10 to the 10.
In the diffusive limit, as is the case with carbonic anhydrase, this quantity is bounded above by a value of approximately 10 to the 10. This quantity is directly proportional to the transmission coefficient according to the Eyring equation from transition state theory. When plotting the log of this quantity against reciprocal temperature, the (*) slope of the line is the activation energy over the gas constant, and it's given by the Arrhenius equation. The units of this constant varies with the order of the reaction, and this constant is symbolized lowercase k. For 10 points, name this "constant" that more or less symbolizes how quickly a reaction will proceed.
In the diffusive limit, as is the case with carbonic anhydrase, this quantity is bounded above by a value of approximately 10 to the 10.
rate constant (accept k before it’s given; accept just rate after “constant” is first read)