MCQ
The reagent $(s)$ required for the following conversion are
- A$(i) NaBH_4$ , $(ii)$ Raney $Ni/H_2$, $(iii) H_3O^+$
- B$(i) LiAlH_4$ $(ii) H_3O^+$
- C$(i) B_2H_6$ , $(ii) DIBAL-H$ , $(iii) H_3O^+$
- ✓$(i) B_2H_6$ , $(ii) SnCl_2/HCl$, $(iii) H_3O^+$
✓
Answer
Correct option: D.
$(i) B_2H_6$ , $(ii) SnCl_2/HCl$, $(iii) H_3O^+$
d
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
Effect of temperature on internal resistance of a battery is:
Given : $2A \rightarrow B$
→Rate constant of reaction $K = 1 0^{-2}\ min^{-1}$ Which is correct statement ? $(\ln\, 2 = 0. 7)$
Reaction $CH _3 Br + OH ^{-} \longrightarrow CH _3 OH + Br ^{-}$; proceeds through $S _{ N } 2$ mechanism. Its rate depends on the concentration of the :
→can be
$S{O_2}$ acts as temporary bleaching agent but $C{l_2}$ acts as permanent bleaching agent. Why
→product:-
Given are cyclohexanol $(I),$ acetic acid $(II),$ $2,4,6-$trinitrophenol $(III)$ and phenol $(IV).$ In these the order of decreasing acidic character will be
→Highest $(+7) $ oxidation state is shown by
→Mohr's salt is
In the following reactions, the product $S$ is
→