Consider a protein with 4 microstates (configurations) at energy eground = 0, 11 microstates at energy €o and 21 microstates at energy Eexcited = 2 €o. Assume eo = 1.987 cal mol. Let p(€ground ) correspond to the probability of finding configurations at the lowest energy. What is this Emiddle probability at T = 300 K?

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Chapter1: Combinatorial Analysis
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Consider a protein with 4 microstates (configurations) at energy eground = 0, 11 microstates at energy
Emiddle = €o and 21 microstates at energy eexcited = 2 €0. Assume €o = 1.987 cal mol1. Let p(€ground
) correspond to the probability of finding configurations at the lowest energy. VWhat is this
probability at T = 300 K?
%3D
Transcribed Image Text:Consider a protein with 4 microstates (configurations) at energy eground = 0, 11 microstates at energy Emiddle = €o and 21 microstates at energy eexcited = 2 €0. Assume €o = 1.987 cal mol1. Let p(€ground ) correspond to the probability of finding configurations at the lowest energy. VWhat is this probability at T = 300 K? %3D
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