This man contested Paul Ehrlich's side chain theory of immunology, and he showed that air temperature varies arithmetically with a geometric increase in the amount of carbon dioxide in the air. The modern form of a function named for this man is represented in transition state theory by the Eyring-Polanyi equation and includes a constant equal to the product of the (*) steric factor and collision rate; that factor is called the "pre-exponential factor" and is denoted with a capital A. For 10 points, name this Swedish scientist whose namesake eq
This man contested Paul Ehrlich's side chain theory of immunology, and he showed that air temperature varies arithmetically with a geometric increase in the amount of carbon dioxide in the air. The modern form of a function named for this man is represented in transition state theory by the Eyring-Polanyi equation and includes a constant equal to the product of the (*) steric factor and collision rate; that factor is called the "pre-exponential factor" and is denoted with a capital A. For 10 points, name this Swedish scientist whose namesake equation computes the reaction rate for a given temperature and activation energy.
This man contested Paul Ehrlich's side chain theory of immunology, and he showed that air temperature varies arithmetically with a geometric increase in the amount of carbon dioxide in the air.
Svante {Arrhenius}