A hydrocarbon (X), \(C_{6}H_{12}\) ,on catalytic hydrogenation gives "n" - hexane."(X)" on addition "HBr" forms only single bromo compound."(X)" is :

In the presence of platinum catalyst, hydrocarbon (A) adds hyrogen to form n-hexane. When hydrogen bromide is added to (A) instead of hydrogen, only a single bromo compound is formed. Which of the following is (A)?

Compound (X) on complete catalytic hydrogenation with H_2//Pt gives an alkane. The number of moles of H_2 required per mole of compound (X) is:

A hydrocarbon X is optically active X upon hydrogenation gives an optically inactive alkane Y . Which of the following pair of compounds can be X and Y respectively?

A hydrocarbon X has molecular formula C_(8)H_(18). Substitution of a hydrogen of X by bromine atom gives one single bromoalkane. Hence, compound X is

C(C_(6)H_(12)) , and optically active dydrocarbon which on catalytic hydrogenation gives an optically inactive compound, C_(6)H_(14) .

An optically active hydrocarbon X has molecular formula C_(6)H_(12) . X on catalytic hydrogenation gives optically inactive C_(6)H_(14).X could be

A hydrocarbon C_(5)H_(12) gives only one chlorination product. Identify the compound.

A hydrocarbon C_(5)H_(12) gives only one chlorination product. Identify the compound.