A gaseous alkane is exploded with oxygen. The volume of `O_2` for complete combination to `CO_2` formed in the ratio `(7)/(4)`. The molecular of alkane is :

A gaseous alkane was exploded with oxygen. The volume of O_(2) for complete combustion to CO_(2) formed was in the ratio of 7:4 . The molecular formula of alkane is:

A gaseous alkane was exploded with oxygen. The volume of O_(2) for complete combustion to CO_(2) formed was in the ratio of 7:4 . The molecular formula of alkane is:

A gaseous alkane was exploded with oxygen. The volume of O_(2) for complete combustion to CO_(2) formed was in the ratio of 7:4 . The molecular formula of alkane is:

A gaseous alkane was exploded with oxygen. The volume of O_(2) for complete combustion to CO_(2) formed was in the ratio of 7:4 . The molecular formula of alkane is:

An alkane on complete combustion with O_(2) shows 50% of volume contraction. Molecular formula of alkane is-

0.2 mole of an alkane on complete combustion gave 26.4g of CO_(2) . The molecular weight of alkane is

30mL of a gaseous hydrocarbon requires 90mL of O_(2) for complete oxidation, 60mL of CO_(2) gas is formed in the process. The molecular formula of the hydrocarbon will be:

10ml of an alkane on complete combustion gave 40ml of CO_(2) under the same conditions. The formula of the alkane is