An L.P.G. cylinder weight 14.8 kg when empty. When full, it weighs 29 kg and shows a pressure of 2.5 atm. In the course of use at `27^(@)C`, the weight of the full cylinder reduced to 23.2 kg. Find out the volume of `n-`butane in cubic metres used up at `27^(@)C` and 1 atm. [Mol. mass of butane = 58]

An LPG (liquefied petroleum gas) cylinder weighs 14.8 kg when empty. When full it weighs 29.0 kg and shows a pressure of 2.5 atm. In the course of use at 27^(@)C , the weight of the full cylinder reduces to 23.2 kg. Find out the volume of the gas in cubic metres used up at the normal usage conditions, and the final pressure inside the cylinder. Assume LPG to be n-butane with normal boiling point of 0^(@)C .

An LPG cylinder weighs 18.4 kg when empty when full, it weighs 29.0 kg and shows a presure of 2.5 atm. In the course of use 27^(@)C , the mass of the full cylinder is reduced to 23.2 kg. find out the volume of the gas is cubic meters used up at the normal usage conditions, and the final pressure inside the cylinder. assume LPG to be n-butane with normal boiling pont of 0^(@)C .

An LPG cylinder weighs 14.8 kg when empty. When full it weighs 29.0 kg and the weight of the full cylinder reduces to 23.2 kg . Find out the volume of the gas in cubic metres used up at the normal usage conditions and the final pressure inside the cylinder. Assume LPG to be n -butane with normal boiling point of 0^(@)C .

An LPG cylinder weighs 14.8 kg when empty. When full it weighs 29.0 kg and the weight of the full cylinder reduces to 23.2 kg . Find out the volume of the gas in cubic metres used up at the normal usage conditions Assume LPG to be n -butane with normal boiling point of 0^(@)C .

An empty LPG cylinder weighs 14.8 kg. When full, it weighs 29.0 kg and shows a pressure of 3.47 atm. In the course of use at ambient temperature, the mass of the cylinder is reduced to 23.0 kg. The final pressure inside the cylinder is atm. (Nearest integer) (Assume LPG to be an ideal gas)