The conversion can be performed suitably by:

{B H}_{3} - T H F

H_{2} O_{2}, {O H}^{-}

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H B r

peroxide /

{O H}^{-}

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{C l}_{2}, H_{2} O

/ {L i A l H}_{4}

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H B r

{O H}^{-}

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Solution

The correct option is A ${B H}_{3} - T H F$ $H_{2} O_{2}, {O H}^{-}$
Option A is the correct answer.
As we can see from the mechanism, $B H_{3} / T H F / H_{2} O_{2},^{-} O H$ is the most suitable reagent.

Suggest Corrections

Similar questions

Q. At

S T P

the order of mean square velocity of molecules of

H_{2}, N_{2}, O_{2}

and

H B r

is-

Q. By

H_{2} O_{2} / {O H}^{-}, {C r (O H)}_{3}

changes to:

Which of the following is not correct?

$O r d e r o f b a s i c i t y O r d e r o f n u c l e o p h i l i c i t y (a) F^{-} > C l^{-} > B r^{-} B r_{-} > C l^{-} > F^{-} (b) H - O - O^{-} > O H^{-} H - O - O^{-} > O H^{-} (c) C H_{3} > N H_{2}^{-} > O H - C H_{3} > N H_{2}^{-} > O H^{-} (d) H_{2} O > H_{2} S H_{2} O < H_{2} S$

C H_{3} - O H | C H - C H_{2} - C H_{2} - O | | C - C H_{3} \to C H_{3} - O H | C H - (C H_{2})_{3} - C H_{3}

.
Given conversion can be achieved by:

Q. Three reactions involving

H_{2} {P O}_{4}^{-}

are given below:
(i)

H_{3} {P O}_{4} + H_{2} O \to H_{3} O^{+} + H_{2} {P O}_{4}^{-}

(ii)

H_{2} {P O}_{4}^{-} + H_{2} O \to H {P O}_{4}^{2 -} + H_{3} O^{+}

(iii)

H_{2} {P O}_{4}^{-} + {O H}^{-} \to H_{3} {P O}_{4} + O^{2 -}

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The conversion can be performed suitably by:

The correct option is A BH3−THF H2O2,OH−Option A is the correct answer.As we can see from the mechanism, BH3/THF/H2O2,−OH is the most suitable reagent.

The correct option is A ${B H}_{3} - T H F$ $H_{2} O_{2}, {O H}^{-}$
Option A is the correct answer.
As we can see from the mechanism, $B H_{3} / T H F / H_{2} O_{2},^{-} O H$ is the most suitable reagent.