A dextro- rotatory optically active alkyl halide undergoes hydrolysis by `S_(N) 2` mechanism. The resulting alcohol is `:`

A dextrorotatory optically active alkyl halide undergoes hydrolysis by S_N2 mechanism. The resulting alcohol is.

A dextrorotatory optically active alkyl halide undergo hydrolysis by SN^(2) mechanism. The resulting alcohol is (1)dextrorotatory (2)laevorotatory (3)optically inactive due to recemisation (4)may be dextro or laevo rotatory

Optically active alkyl halides under going S_N 1 mechanism leads to:

Which of the following alkyl halides is hydrolysis by S_(N^(2)) mechanism?

Which of the following alkyl halides most readily undergoes hydrolysis by S_(N)I mechanism?

Which alkyl halide is preferentially hydrolysed by S_(N) 1 mechanism?