The given figure shows the variation of force applied by ideal gas on a piston which undergoes a process during which piston position changes from 0.1 to 0.4m. If the internal energy of the system at the end of the process is 2.5 J higher, then the heat absorbed during the process is

The given figure shows the variation of force applied by ideal gas on a piston which undergoes a process during which piston position changes from 0.1 to 0.4m. If the internal energy of the system at the end of the process is 2.5 J higher, then the heat ( in joule ) absorbed during the process is

The given figrue shows the variation of force exerted on the piston by an ideal gas (enclosed in a piston-cylinder arrangement) that undergoes a process during which piston position changes from 0.1 to 0.4 m. if the initial internal energy of the system is 3.25 J then find the net heat (in joule) absorbed during the process.

The given figrue shows the variation of force exerted on the piston by an ideal gas (enclosed in a piston-cylinder arrangement) that undergoes a process during which piston position changes from 0.1 to 0.4 m. if the initial internal energy of the system is 3.25 J then find the net heat (in joule) absorbed during the process.

If the internal energy of an ideal gas varies as U = 2PV and the gas undergoes an expansion as shown below, then heat absorbed in the process will be :

A system is provided 50 J of heat and work done on the system is 10 J. The change in internal energy during the process is

0.5 moles of an ideal monoatomic gas undergoes a thermodynamic process from A to B as shown in figure. The change in internal energy of the gas during the process from A to B is

A system is provided 50 joule of heat and work done on the system is 10 J. The change in internal energy during the process is:

A system is provided 50 joule of heat and work done on the system is10 J. The change in internal energy during the process is

Figure shows a process ABCA performed on an ideal gas. Find the net heat given to the system during the process.