2 Explain why even for a non-interacting gas, we can only approximate it as the ideal gas at low density. Also answer th
Posted: Thu Feb 17, 2022 11:06 am
solutions provided
are complete and correct
2 Explain why even for a non-interacting gas, we can only approximate it as the ideal gas at low density. Also answer the following questions with the appropriate analytic expression: If the density of the gas is fixed, i). Is the ideal gas approximation better at higher or lower temperature? ii). Is the ideal gas approximation better when the gas particle mass is larger or smaller?
P.S. I will upvote if the are complete and correct

2 Explain why even for a non-interacting gas, we can only approximate it as the ideal gas at low density. Also answer the following questions with the appropriate analytic expression: If the density of the gas is fixed, i). Is the ideal gas approximation better at higher or lower temperature? ii). Is the ideal gas approximation better when the gas particle mass is larger or smaller?