Calculate if 1 mole of a diatomic gas '`X_2`' will occupy a higher volume or 35.5g of 'X' will. [X=35.5]

Calculate the temperature of 2.0 moles of a gas occupying a volume of 5.0 litres at 2.46 atmosphere.

Calculate the moles of an ideal gas at pressure 2 atm and volume 1 L at a temperature of 97.5 K

Calculate the vapour density and atomicity of chlorine if 35.5 g of it occupies a volume of 11.2 L at S. T.P.

In a container, two moles of a diatomic ideal gas is allowed to expand against 1 atm pressrue & volume change from 2 litre of 5 litre then calculate change in internal energy.

Calculate the volume of gas X at S.T.P. if it occupies 380 litres at 300 K and 70 cm of mercury.

What is the volume at S.T.P. of 7.1 g of.chlorine? [Cl= 35.5 amu]

Three moles of an diatomic gas are in a closed rigid container at temperature T (in K). 1 mole of diatomic gas gets dissociated into atoms without appreciable change in temperature. Now heat is supplied to the gas and temperature becomes 2T. If the heat supplied to the gas is x(RT), find the value of x.

Calculate the volume occupied at S.T.P. by 2 moles of CO_(2)

The vapour density of a gas is 35.5. The volume occupied by 3.55 g of the gas at S.T.P is?

If the density of crystalline CsCl is nearly 4 "g cm"^(-3) . Calculate (a)The volume of unit cell effectively occupied by one molecule of CsCl if atomic mass of Cs=133 and Cl=35.5 (b)Calculate the smallest Cs-Cs interionic distance