Cycle tubes, each of capacity 4 L are to be filled by `N_(2)` gas at `5` atm and `300 K`. The gas is present in a many tubes can be completely inflated by connecting the cylinder with tubes.

A 10 lt vessel contains He gas at 10 atm and TK .How many balloons of one litre capacity at 1 aTm and 2TK can be filled by using the gas present in the cylinder

Two flacks of equal volume connected by a narrow tube of negligible volume are filled with N_(2) gas. When both are immersed in boiling water, the gas pressure inside the system is 0.5 atm . Calculate the pressure of the system when one of the flasks is immersed in an ice-water mixture keeping the other in boiling order.

Two spherical vessel of equal volume are connected by a n arrow tube. The apparatus contains an ideal gas at one atmosphere and 300 K . Now if one vessel is immersed in a bath of constant temperature 600 K and the other in a bath of constant temperature 300 K . then the common pressure will be

Two spherical vessel of equal volume are connected by a n arrow tube. The apparatus contains an ideal gas at one atmosphere and 300 K . Now if one vessel is immersed in a bath of constant temperature 600 K and the other in a bath of constant temperature 300 K . then the common pressure will be

A 10L cylinder has helium at 8 atm and 32^@C . How many balloons of 2L each at 2atm and 32^@C can be filled with the gas available from the cylinder.

A balloon of 21 cm diameter is to be filled with hydrogen gas at S.T.P. from a cylinder containing hydrogen gas at 20 atm and 300 K. The capacity of the cylinder is 2.82 litres at S.T.P. How many balloons can be filled in ?

A spherical balloon with a diameter of 21 cm is to be filled with hydrogen gas at STP from a cylinder of H_(2) gas at 20 atm pressure and 27^(@)C . If the cylinder can hold 2.82 L of water, how many balloon can be filled with the hydrogen gas from the cylinder?

A polythene bag 3 litre capacity is partially filled by 1 liter of Helium gas at 0.4 atm at 300K. Subsequently, enough Ne gas is filled to make total pressure 0.5 atm at 300K. Calculate ratio of moles of Ne to He in the container.

A polythene bag 3 litre capacity is partially filled by 1 liter of Helium gas at 0.2 atm at 300K. Subsequently, enough Ne gas is filled to make total pressure 0.4 atm at 300K. Calculate ratio of moles of Ne to He in the container.