A diatomic ideal gas is contained in a rigid container of volume V with walls of total inner surface area A, thickness d and thermal conductivity k. The gas initially is at temperature T_0 and pressure P_0. Find the pressure of the gas after a time t seconds if the surrounding temperature is T_s. All temperatures are in Kelvin scale.

A diatomic ideal gas is contained in a rigid container of volume V wit

1.	A diatomic ideal gas is contained in a rigid container of volume V with walls of total inner surface area A, thickness d and thermal conductivity k. The gas initially is at temperature T_0 and pressure P_0. Find the pressure of the gas after a time t seconds if the surrounding temperature is T_s. All temperatures are in Kelvin scale.
Answer» SOLUTION :`P_t (P_0)/(T_0) [(T_s -T_0) E^(- ALPHAT)] " where " ALPHA = (2KA)/(2dR)`