A gas follow `P=kV^3`.Find work done in raising temperature from `100^oC` to `300^oC`

In a certain thermodynamical process, the pressure of a gas depends on its volume as kV^(3) . The work done when the temperature changes from 100^(@) C to 300^(@)C will be x times nR, where n denotes number of moles of a gas. Find x.

Find the work done by the gas in the process ABC .

Pressure p, volume V and temperature T for a certain gas are related by p=(alphaT-betaT^2)/(V) where, alpha and beta are constants. Find the work done by the gas if the temperature changes from T_1 to T_2 while the pressure remains the constant.

n moles of an ideal gas undergo a process in which the temperature changes with volume as T=kv^(2) . The work done by the gas as the temperature changes from 7_(0) to 47_(0) is

Two moles of a monoatomic gas at 300K are kept in a non conducting container enclosed by a piston . Gas is now compressed to increase the temperature from 300K to 400K . Find work done by the gaS (R = (25)/(3) J//mol-K)

Find work done by the gas in the process shown in figure.

Two moles of a diatomic gas at 300 K are kept in a nonconducting container enclosed by a piston . Gas is now compressed to increase the temperature from 300 K to 400 K. Find word done by the gas

An ideal gas is enclosed in a cyclinder with a movable piston on top. The piston has mass of 8000g and an area of 5.00cm^2 and is free to slide up and down, keeping the pressure of the gas constant. How much work is done as the temperature of 0.200mol of the gas is raised from 200^@C to 300^@C ?