The pressure at which one mole of a gas at `0^(@)C` occupies a volume of `1` litre is

Find the temperature at which 3 moles of SO_(2) will occupy a volume of 10 litre at a pressure of 15 atm a = 6.71 atm "litre"^(2) mol^(-2), b = 0.0564 " litre " mol^(-1)

A certain mass of a gas occupies a volume of 2 litres at STP.Keeping the pressure constant at what temperature would the gas occupy a volume of 4 litres-

If two moles of an ideal gas at 500 K occupies a volume of 41 litres, the pressure of the gas is (R = 0.082 L atm K^(-1) mol^(-1))

Two moles of an idel gas X occupying a volume V exerts a pressure P. The same pressure is exerted by one mole of another gas Y occupying a volume 2V. (if the molecular weight of Y is 16 times the molecular weight of X), find the ratio of the 'rms' speeds of the molecules of X and Y.

If two mole of an ideal gas at 546 K occupies a volume of 44.8 litres , the pressure must be :

If two moles of an ideal gas at 546 K occupies a volume of 44.8 litres. Find out pressure (in atm)

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

The workdone in ergs for the reversible expansion of one mole of an ideal gas from a volume of 10 litres to 20 litres at 25^(@)C is

7g of a gas occupies a volume of 4.1 litre at 300 K If mol wt of gas occupies a volume of 4.1 litre at 300 K If mol wt of gas is 42v then find the pressuer of it .

if two moles of an ideal at 546K occupies a volume of 44.8 litres, the pressure must be: