A cubic vessel (with face horizontal + vetical ) contains an ideal gas at NTP. The vessel is being carried by a rocket which is moving at a speed of `500 ms^(-1)` in vertical direction. The pressure of the gas inside the vessel as observed by us on the ground.

A cubic vessel (with faces horizontal + vertical) contains an ideal gas at NTP. The vessel is being carried by a rocket which is moving at a speed of 500 ms^-1 in vertical direction. The pressure of the gas inside the vessel as observed by us on the ground.

If the pressure of an ideal gas contains in a closed vessel is increased by 0.5%, the increase in temperature is 2^(@)C . The initial temperature of the gas is

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.

Certain amount of an ideal gas is contained in a closed vessel. The vessel is moving with a constant velcity v . The molecular mass of gas is M . The rise in temperature of the gas when the vessel is suddenly stopped is (gamma C_(P) // C_(V))

Certain amount of an ideal gas is contained in a closed vessel. The vessel is moving with a constant velcity v . The molecular mass of gas is M . The rise in temperature of the gas when the vessel is suddenly stopped is (gamma C_(P) // C_(V))

Certain amount of an ideal gas is contained in a closed vessel. The vessel is moving with a constant velcity v . The molecular mass of gas is M . The rise in temperature of the gas when the vessel is suddenly stopped is (gamma C_(P) // C_(V))

A cubical vessel has a side with ‘l’ cm length contained a gas at a pressure of ‘P’. When the side of the vessel is made l/2 cm, the pressure of the gas becomes