A compound of carbon, hydrogen and oxygen contains 40% of carbon and 6.67% of hydrogen. Vapour density of the compound is 2.813 times of the vapour density of oxygen. Determine the empirical formula and molecular formula of the compound.

An organic compound containing carbon hydrogen and oxygen contains 52 .2 % carbon and 13.04 % hydrogen .Vapour density of the compound is 23 .Its molecular formula will be

An organic compound containing carbon hydrogen and oxygen contains 52 .2 % carbon and 13.04 % hydrogen .Vapour density of the compound is 23 .Its molecular formula will be

'X' an organic compound - containing “carbon, hydrogen & oxygen only contains, 1.92g. of carbon & 0.48g. of hydrogen. If the compound weighs 3.68g, & has a vapour density of 69, find the molecular formula of the compound. [C=12, H=1, O=16]

A compound composed of carbon, hydrogen and chlorine contains C=10.04% and Cl=89.12%. The vapour density of the compound is 59.75. determine its molecular formula.

A compound composed of carbon,hydrogen and chlorine contains C = 10.04% and Cl = 89.12%. The vapour density of the compound is 59.75 . Determine its molecular formula.

A compound with empirical formula XY2 has vapour density equal to its empirical formula weight its molecular formula is

A compound with empirical formula AB2 has the vapour density equal to its empirical formula weight. Find the molecular formula.

The empirical formula of a compound is CH_(2)O .If the vapour density is 60, what would be the molecular formula of the compound?

An organic compound contains carbon 40%, oxygen 53.3% and hydrogen 6.7%. If the vapour density of the compound is 30, what is its molecular formula ? Write the probable structures and name of the conmpound.

An organic compound contains 49.3 % carbon 6.84 % hydrogen and its vapour density is 73. Molecular formula of the compound is