Two moles of an ideal gas are undergone a cyclic process 1-2-3-1. If net heat exchange in the process is 300J, the work done by the gas in the process 2-3 is

Two moles of helium gas undergo a cyclic process as shown in figure. Assuming the gas to be ideal. The net work done by the gas is

On a T-P diagram, two moles of ideal gas perform process AB and CD. If the work done by the gas in the process AB is two times the work done in the process CD then what is the value of T_(1)/T_(2) ?

Three moles of an ideal gas undergo a cyclic process shown in figure. The work done by the gas during the process is ["Take ln (2)" = 0.693]

Consider the cyclic process abca performed on a sample of 2.0 mole of an ideal gas. A total of 1000 cal of heat is withdrawn from the sample in the process. Find the work done by the gas during the past bc.

Temperature of two moles of an ideal gas is increased by 300K in a process V=a/T , where a is positive constant. Find work done by the gas in the given process.

Temperature of two moles of an ideal gas is increased by 300K in a process V=a/T , where a is positive constant. Find work done by the gas in the given process.

One mole of an ideal gas undergoes a cyclic process ABCDA as shown in the P-V diagram, The net work done in the process is (1 atm=10^(6) dyne cm^(-2))

In figure, a sample of 3 moles of an ideal gas is undergoing through a cyclic process ABCA. A total of 1500J of heat is withdraw from the sample in the process. The work done by the gas during the part BC is -P K J. FIND P. (R = (25)/(3) J//"mole"K)

In figure, a sample of 3 moles of an ideal gas is undergoing through a cyclic process ABCA. A total of 1500J of heat is withdraw from the sample in the process. The work done by the gas during the part BC is -P K J. FIND P. (R = (25)/(3) J//"mole"K)