For butane, the E between gauche and trans states is 3.6 kJ/mol

A. (3points) Please calculate the probability of being in trans state and gauche states when T=30 C, assuming only 3 states (2 gauche and 1 trans) ie, we are discretizing the U() plot from class.

B. (2points) Calculate the same probabilities, but at T= 330 C

C. (4points) Youve replaced one hydrogen in your carbon chain with iodide, which turns the E between one of the gauche states is now 7.2 kJ/mol. Please calculate the probabilities at T=330. If this were a polymer, would its end-to- end distance be larger, or smaller, than in part B?

(9points) For butane, the E between gauche and trans states is 3.6kJ/mol A. (3points) Please calculate the probability of being in trans state and gauche states when T=30C, assuming only 3 states ( 2 gauche and 1 trans) - ie, we are discretizing the U() plot from class. B. (2points) Calculate the same probabilities, but at T=330C C. (4points) You've replaced one hydrogen in your carbon chain with iodide, which turns the E between one of the gauche states is now 7.2kJ/mol. Please calculate the probabilities at T=330. If this were a polymer, would its end-toend distance be larger, or smaller, than in part B