A hydrocarbon contains 10.5 g of carbon and 1g of hydrogen. The weight of 1 litre of the hydrocarbon at `127^(@)C` and 1 atm pressure is 2.8g. Determine the molecular formula of the compound.

A hydrocarbon contains 10.5 g of carbon per gram of hydrogen. 1 L of vapour of the hydrocarbon at 127^(@)C and 1 atm pressure weighs 2.8 g . Find the molecular formula of the hydrocarbon.

A hydrocarbon contains 10.5 g of carbon per gram of hydrogen. 1 L of vapour of the hydrocarbon at 127^(@)C and 1 atm pressure weighs 2.8 g . Find the molecular formula of the hydrocarbon.

A hydrocarbon contains 10.5 g of carbon per gram of hydrogen. 1 L of vapour of the hydrocarbon at 127^(@)C and 1 atm pressure weighs 2.8 g . Find the molecular formula of the hydrocarbon.

A hydrocarbon contains 10.5 g of carbon per gram of hydrogen. 1 litre of the vapour of the hydrocarbon at 127°C and 1 atmosphere pressure weighs 2.8g. Find the molecular formula of the hydrocarbon.

A hydrogen contains 10.5 g of carbon per gram of hydrogen. If 1 L of the vapour of the hydrocarbon at 127^(@)C at 1 atm pressure weights 2.8 g , then find the molecular formula of the hydrocarbon.

A hydrocarbon contains 10.5 g of carbon per gram of hydrogen. 1 litre of the vapour of the hydrocarbon 127°C and 1 atmosphere pressure weighs 2.8g. Find the molecular formula of the hydrocarbon.

A hydrocarbon contains 10.5 gm carbon and 1 gm hydrogen. Its 2.4 gm has 1 L volume at 1 atm and 127^(@)C , hydrocarbon is