[" ially in state "1" with pressure "P_(1)=20" atm and volume "V_(1)=1500cm^(2)" ."],[" ssure "P_(2)=1.5P" ,and volume "V_(2)=2V_(1)" .Find the change in iso can' lils "],[" atm "[1t=100J)" ) "]

An ideal monoatomic gas initially in state 1 with pressure P_(1)=20 atm and volume V_(1)1500cm^(3) it is then taken to state 2 with pressure P_(2)=1.5P_(1) and volume V_(2)=2V_(1) find the change in internal energy in this process in KJ. (take 1atm lit =100J )

An ideal monoatomic gas initially in state 1 with pressure P_(1)=20 atm and volume V_(1)1500cm^(3) it is then taken to state 2 with pressure P_(2)=1.5P_(1) and volume V_(2)=2V_(1) find the change in internal energy in this process in KJ. (take 1atm lit =100J )

An ideal monoatomic gas is initially in state 1 with pressure p_(1) = 20 atm and volume v_(1) = 1500 cm^(3) . If is then taken to state 2 with pressure p_(2) = 1.5 p_(1) and volume v_(2) = 2v_(1) . The change in internal energy from state 1 to state 2 is equal to

An ideal monoatomic gas is initially in state 1 with pressure p_(1) = 20 atm and volume v_(1) = 1500 cm^(3) . If is then taken to state 2 with pressure p_(2) = 1.5 p_(1) and volume v_(2) = 2v_(1) . The change in internal energy from state 1 to state 2 is equal to

A sample of gas at 273K has a pressure of P_(1) and a volume of V_(1) . When the pressure is changed to P_(2) , what is the volume V_(2) ? (Assume the temperature remains constant)

The initial volume of an ideal gas is V_(1) and the initial pressure is P_(1)=6 atmosphere. It expands isothermally to a volume V_(2) and pressure P_(2)=3 atm , and then adiabatically to a volume V_(3) and pressure P_(3)=2 atm . Draw a rough sketch of these changes. Calculate the value of V_(2)//V_(1) and V_(3)//V_(2) . Take gamma= 1.4 .

If a gas of a volume V_(1) at pressure p_(1) is compressed adiabatically to volume V_(2) and pressure p_(2) , calculate the work done by the gas.

If a gas of a volume V_(1) at pressure p_(1) is compressed adiabatically to volume V_(2) and pressure p_(2) , calculate the work done by the gas.

In an adiabatic process the state of a gas is changed from P_(1) , V_(1) ,T_(1) , to P_(2) ,V_(2) ,T_(2). Which of the following relation is correct ?