At `STP5.6 "litre"` of a gas weigh `60 g`. The vapour density of gas is:

At STP 5.6 "litre" of a gas weigh 8 g. The vapour density of gas is:

11.2 litre of a gas at STP weighs 14 g The gas could not be

Define or state : Vapour density of a gas

A gas occupies 700 cm^(3) at a pressure of 700 mm of Hg and a temperature of -57°C . If, at S.T.P., the mass of the gas is 1.5 g, find the vapour density and the molecular mass of the gas. Given l litre of hydrogen weighs 0.09 g at S.T.P.

22.4 litres of a gas weighs 70 g at STP. Calculate the weight of the gas if it occupies a volume of 20 litres at 27^@C and 700 mm Hg of pressure.

5.6 litre of the gas have 1 g weight at STP Then atomic weight of the gas is _________.

One litre of a gas at STP weight 1.16 g it can possible be

The relative molecular mass of a gas is 44. Therefore, its vapour density is

11.2L of gas at STP weight 14g. The gas would be :

During thermal dissociation of a gas, the vapour density.