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

An optically active compound A with molecular formula C_(6)H_(14) undergoes catalytic hydrogenation to give an optically inactive product. Which of the following structures for A is/are consistent with all the data?

An optically active compound A with molecular formula C_(8)H_(14) undergoes catalytic hydrogenation to give an optically inactive product. Which of the following structures for A is/are consistent with all the data?

Give the structure of an optically active hydrocarbon ( C_6 H_12 ) which on catalytic hydrogenation gives an optically inactive compound ( C_6 H_14 )

An optically active compound A with molecular formula C_(8)H_(14) undergoes catalytic hydrogenation togive meso compound, the structure of (A) is:

Give the structure of an optically active alkene (A) having the lowest molecular mass, which on catalytic hydrogenation gives an optically inactive compound (B) .

Give the structure of an optically active alkene (A) having the lowest molecular mass, which on catalytic hydrogenation gives an optically inactive compound (B) .

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