State Gay Lussac's law related to pressure and temperature of a gas. 3.2g of sulphur when vaproised the sulphur vapour occupies a volume of 280*2 mL at STP . Determine the molecular formula of sulphur vapour under this condition . (S = 32)

State Gay Lussac's lw related to pressure annd temperature of a gas. 3.2g of sulphur when vaporised, the sulphur vapour occupies a volume of 280.2 mL at STP. Determine the molecular formula of sulphur vapour under this condition. (S=32).

Vapour density of sulphur relative to nitrogen gas at STP is 9.143. determine the molecular formula of sulphur vapour.

If 3.2 g of sulphur is heated to a temperature, the sulphur vapour produced occupies a volume of 780 mL at 723 mm pressure and 450^(@)C . What is the molecular formula of sulphur at this state?

1 g of a gas at 7^@C and 2 atmosphere pressure occupies a volume of 410 ml. Determine the molar mass of the gas. (R = 0.082 litre atmosphere mole^(-1) K^(-1) )

When 100 mL of ozonised oxygen is shaken with turpentine oil, volume decreases by 20 mL. when 100 mL of the same sample is heated, the mixture occupies a volume of 110 mL. determine the molecular formula of ozone. [All volumes are measured under same temperature and pressure.]

One volume of hydrogen combines with sulphur to produce one volume of gas A . If the vapour density of A be 17, what its molecular formula.

At high temperature gaseous compound, S_(4)N_(4) decomposes to produce N_(2) and sulphur vapour. 1 vol. of S_(4)N_(4) on decomposition gives 2.5 vol. of gaseous mixture at STP. Determine formula of sulphur.

10 mL of a gaseous hydrocarbon is completely combusted with 60 mL of oxygen by passing electric spark. The volume of the gaseous mixture thus yielded on cooling becomes 46 mL, iff the vapour density of the compound is 15, what will be its molecular formula? [All volumes were measured under the same conditions of temperature and pressure.]

2 volumes of O_(3) produce 3 volumes of O_(2) on complete decomposition. 40 mL of a mixture of O_(3) and O_(2) is heated at first and then brought back to the previous temperature and pressure. The volume of the gaseous mixture is now found to be 42 mL. find the percentage composition of O_(3) in the gas mixture by volume. the volume of all gases are measured under the same conditions of temperature and pressure.