In the following calculations, you will change the number of oscillators in each block, while keeping the total number o
Posted: Tue Apr 26, 2022 7:46 pm
In the following calculations, you will change the number of
oscillators in each block, while keeping the total number of
oscillators constant and report on what you see. Change your
program so block 1 has 110 oscillators and block 2 has 390
oscillators: For the most probable energy distribution between the
two blocks: How many microstates (ways of arranging the energy
among all the oscillators) are there?
Number of ways = x10^114
How many quanta of energy are in block 1? quanta
How many quanta of energy are in block 2? quanta
oscillators in each block, while keeping the total number of
oscillators constant and report on what you see. Change your
program so block 1 has 110 oscillators and block 2 has 390
oscillators: For the most probable energy distribution between the
two blocks: How many microstates (ways of arranging the energy
among all the oscillators) are there?
Number of ways = x10^114
How many quanta of energy are in block 1? quanta
How many quanta of energy are in block 2? quanta