For 10 points, name this value symbolized by a lowercase k, which multiplies some product of concentrations to give the speed of reactions.
These values are derived for correlation functions using the Bennet-Chandler procedure in a path sampling experiment. Marcus Theory predicts that this value increases up to the diffusion limit and then decreases with increasing exergonicity (ek-SER-go-NIH-city) in the inverted region. The "on" and "off" versions of this quantity can be calculated by Surface Plasmon Resonance. The ratio between these values when replacing hydrogen with (*) deuterium (dew-TEAR-ee-um) gives the deuterium isotope effect. Using the quasi-steady-state approximation, the sum of this value for unbinding and conversion over this value for binding is equal to K-m in the Michaelis-Menten equation. The units of this value are dependent on the order of the reaction. For 10 points, name this value symbolized by a lowercase k, which multiplies some product of concentrations to give the speed of reactions.
These values are derived for correlation functions using the Bennet-Chandler procedure in a path sampling experiment.
rate constant