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In the Collision Theory of Reaction Rates, the Rate Constant

question 83

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In the collision theory of reaction rates, the rate constant for a bimolecular reaction can be written as k = z · p · exp In the collision theory of reaction rates, the rate constant for a bimolecular reaction can be written as k = z · p · exp   In one sentence each, clearly explain the physical meaning (interpretation) of the following three factors which appear in the above expression: A) z B) p C) exp   In one sentence each, clearly explain the physical meaning (interpretation) of the following three factors which appear in the above expression:
A) z
B) p
C) exp In the collision theory of reaction rates, the rate constant for a bimolecular reaction can be written as k = z · p · exp   In one sentence each, clearly explain the physical meaning (interpretation) of the following three factors which appear in the above expression: A) z B) p C) exp


Definitions:

Chytridiomycetes

A class of fungi characterized by producing motile spores; they are often aquatic and play roles in decomposition and nutrient cycling.

Basidiomycetes

A large class of fungi characterized by producing spores on basidia, playing crucial roles in ecosystem nutrient cycling and as food sources.

Zygomycetes

A class of fungi known for forming sexual spores called zygospores and mostly living as saprophytes.

Ascomycetes

A division or phylum of fungi characterized by the formation of spores in a special type of cell called an ascus, including yeasts and molds.

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