A vessel of volume `V_(0)` contains an ideal gas at pressure `p_(0)`and temperatur T. Gas is continuously pumped out of this vessel at a constant volume-rate `dV/dt=r`keeping the tempare constant, The pressure inside the vessel. Find (a) the pressure of the gas as a function of time,(b) the time taken before half the original gas is pumped out.

A vessel of volume V_(0) contains an ideal gas at pressure p_(0) and temperature T. Gas is continuously pumped out of this vessel at a constant volume-rate dV/dt=r keeping the temperature constant, The pressure inside the vessel. Find (a) the pressure of the gas as a function of time,(b) the time taken before half the original gas is pumped out.

A vessel of volume V_(0) contains an ideal gas at pressure p_(0) and temperature T. Gas is continuously pumped out of this vessel at a constant volume-rate dV/dt=r keeping the temperature constant, The pressure inside the vessel. Find (a) the pressure of the gas as a function of time,(b) the time taken before half the original gas is pumped out.

A vessel is filled with an ideal gas at a pressure of 10 atm and temperature 27^@C . Half of the mass of the gas is removed from the vessel and temperature of the remaining gas is increased to 87^@C . Then, the pressure of the gas in the vessel will be

A vessel of volume V contains ideal gas at the temperature T0^(@)C . After a portion of the gas the been let out , the pressure in the vessel decreased by Deltap ( the temperature remaining constant). . Find the mass ofthe re.leased gas.The gas density under the noraml conditions rho

An ideal gas at pressure P and temperature T is enclosed in a vessel of volume V. Some gas leaks through a hole from the vessel and the pressure of the enclosed gas falls to P'. Assume that the temperature of the gas remains constant during the leakage. What is the number of moles of the gas that have leaked ?