Consider the following sets of populations for 4 equally spaced energy levels E/kb 300 200 100 0 Set B Set C 4 8 16 32 Set A 7 15 17 31 Demonstrate that all of these have the same energy. Calculate the number of configurations for each distribution. Which is more probable? Do any of these represent a Boltzmann distribution?

1) a. water molecule breaks up into hydrogen and oxygen on passing electricity. does this involve breaking intermolecular or intramolecular forces of attraction. explain b. on boiling water changes to water vapor. does this involve breaking intermolecular or intramolecular forces of attraction. explain methanol evaporates faster than water. contrast the intermolecular forces and the vapor pressures of methanol and water?