An optically active compound molecular formal`C_(5) H_(12) O(X)`. X oxidation with `CrO_(3)//H_(2) SO_(4)` given an actiral `C_(5) H_(10) O`. Hence , X could be

A compound X with molecular formula C_(6)H_(10) on oxidation with hot KMnO_(4) gives hexandioic acid X is :

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 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 X has molecular formula C_(5) H_(10) . X on tratement with B_(2) H_(6) in H_(2) O_(2)//NaOH given an optically active C_(5) H_(12) O which on tratment with CrO_(3)//HCL// pyridine gives C_(5)H_(10) O which is still chiral. Which of the following can be a produce of reductive ozonolysis of X?

An optically active compound 'X' has molecular formula C_(4)H_(8)O_(3) . It evolves CO_(2) with NaHCO_(3) . 'X' reacts with LiAIH_(4) to give an achiral compound 'X' is:

An optically active compound 'X' has molecular formula C_(4)H_(8)O_(3) . It evolves CO_(2) with NaHCO_(3) . 'X' reacts with LiAIH_(4) to give an achiral compound 'X' is:

An optically active compound 'X' has molecular formula C_(4)H_(8)O_(3) . It evolves CO_(2) with NaHCO_(3) . 'X' reacts with LiAlH_(4) to give an achiral compound. 'X' is :

An optically active compound 'X' having molecular formula C_(4)H_(8)O_(3) . It evolves CO_(2) with NaHCO_(3) . 'X' on reaction with LiAlH_(4) gives achiral compound. 'X' is: