If for a system, dP/dV = -aP. If at pressure `P_0`, volume is zero, then find maximum possible temperature of system.

In a process on a system, the initial pressure and volume.

In a process on a system, the initial pressure and volume are equal to the final pressure and volume (i) The initial temperature must be equal to the final temperature (ii) The initial internal energy must be equal to the final internal energy (iii) The net heat given to the system in the process must be zero. (iv) The net work done by the sytem in the process must be zero.

An ideal gas in a thermally insulated vessel at internal pressure =P_(1) , volume =V_(1) and absolute temperature =T_(1) expands irreversibly against zero external pressure, as shown in the diagram. The final internal pressure, volume and absolute temperature of the gas are P_(2), V_(2) and T_(2) respectively. For this expansion.

The temperature of a gas at pressure P and volume V is 27^(@) C . Keeping its volume constant if its temperature is raised to 927^(@) C , then its pressure will be

The temperature of a gas at pressure P and volume V is 27^(@)C . Keeping its volume constant. If its temperature is raised to 927^(@)C , then its pressure will be

In a process on a system in closed container, the initial pressure and volume are equal to the final pressure and volume :

200 joules of heat was supplied to a system at constant volume. It resulted in the increase in temperature of the system from 298 to 323 K. What is the change in internal energy of the system ?