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Show transcribed image text 6" (0.5 pts) “Metamorphic proteins" can adopt different native conformations even though the two different conformations have the same amino acid sequence. Assume that a metamorphic protein has 2 different conformations equal in energy such that a given protein molecule has equal probability of being in either conformation. Given 4 indistinguishable protein molecules, what is the total number of ways in which the proteins can be distributed between the two conformations? Your calculation from part A is an example of a multiplicity calculation. Calculate the entropy of this system based on the Boltzmann equation. a. b.
6" (0.5 pts) “Metamorphic proteins" can adopt different native conformations even though the two different conformations have the same amino acid sequence. Assume that a metamorphic protein has 2 different conformations equal in energy such that a given protein molecule has equal probability of being in either conformation. Given 4 indistinguishable protein molecules, what is the total number of ways in which the proteins can be distributed between the two conformations? Your calculation from part A is an example of a multiplicity calculation. Calculate the entropy of this system based on the Boltzmann equation. a. b.
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