(b) (3 pts) How many total distinguishable ways (2) are there of arranging a total of fifteen 3D rigid rotators in its l
Posted: Mon May 02, 2022 8:03 pm
(b) (3 pts) How many total distinguishable ways (2) are there of arranging a total of fifteen 3D rigid rotators in its lowest five energy levels if the occupation number of each level is 2, 3, 5, 4, 1 respectively (that is, if two particles are in the € = 0 level, three particles are in the t = 1 level, and so on)?