Air is pumped into the tubes of cycle rickshaw at a pressure of 2 atm. The volume of each tube at this pressure is `0,002m^(3)` One of the tube get punctured and the volume of tube reduces to `0.0005m^(3)` How many mole of air have leaked out? Assume that many mole of air have leaked out? Assume that temperature remains constant at `300K` and air behaves as ideal gas .

Air is pumped into the tubes of a cycle rickshaw at a pressure of 2atm . The volume of each tube at this pressure is 0.002m^(3) . One of the tubes gets punctured and the volume of the tube reduces to 0.0005m^(3) .How many moles of air have leaked out? Assume that the temperature remains constant at 300K and that the air behaves as an ideal gas.

Air is pumped into the tubes of a cycle rickshaw at a pressure of 2atm. The volume of each tube at this pressure is 0.002m^(3). One of the tubes gets punctured and the vloume of the tube reduces to 0.0005m^(3) .How many moles of air have leaked out? Assume that the temperature remains constant at 300K abd that the air behaves asan ideal gas.

At a pressure of 3 atm air (treated as an ideal gas) is pumped into the tubes of a cycle rickshaw. The volume of each tube at given pressure is 0.004 m^(3) . One of the tubes gets punctured and the volume of the tube reduces to 0.0008 m^(3) . Find the number of moles of air that have leaked out? Assume that the temperature remains constant at 300K. (R = 25//3J mol^(-1)K^(-1))

A vessel of volume 8.0xx10^(-3) m^(3) contains an ideal gas at 300K and 200kPa. Calulate the amount of the gas (in moles) leaked assuming that the tenperature remains constant.

A steel tank holds 0.2 m^3 of air at a pressure of 5 atm. The volwne of air that would occupy at the same temperature but at a pressure l atm is

A steel tank holds 0.2 m^3 of air at a pressure of 5 atm. The volante of air that would occupy at the same temperature but at a pressure l atom is

Air is pumped into an automobile tyre's tube up to a pressure of 200 kPa at 20^(@)C As the temperature rises to 40^(@)C the tube expand by 200% Calculate the pressure in tube at 40^(@)C Assume ideal nature .