Total number of $R M g X$ are consumed in the following reaction

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Solution

(Refer to Image 1)
Reaction "a" i.e. methylation of alkylhalides needs $1 e q u i v$ of $R M g X$ . Reactions b,c and d need $1$ equivalent, $2$ equivalents and $2$ equivalents of $R M g X$ respectively. So total equivalents of $R M g X = 1 + 1 + 2 + 2 + 2 = 8$ .
(Refer to Image 2)

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Q. Identify compound

Z

in the following sequence of reactions.

R M g X + C O_{2} \to Y H_{3} O^{+} - -- \to Z

Which of the following are used to convert RCHO into $R C H_{2} O H$ ?
(a) $H_{2}$ /Pd
(b) $L i A I H_{4}$
(c) $N a B H_{4}$
(d) Reaction with RMgX followed by hydrolysis

Which of the following are used to convert RCHO into $R C H_{2} O H$ ?

Q. How many equivalents of base are consumed in the following reaction?

C H_{3} C H O (1 e q u i v a l e n t) B r_{2} / O H^{-} / Δ - ------- \to H C B r_{3} + H C O O^{-}

Q. Primary alcohols can be obtained from the reaction of

R M g X

followed by hydrolysis with:

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Total number of RMgX are consumed in the following reaction

(Refer to Image 1)Reaction "a" i.e. methylation of alkylhalides needs 1equiv of RMgX. Reactions b,c and d need 1 equivalent, 2 equivalents and 2 equivalents of RMgX respectively. So total equivalents of RMgX=1+1+2+2+2=8 .(Refer to Image 2)

Total number of $R M g X$ are consumed in the following reaction

(Refer to Image 1)
Reaction "a" i.e. methylation of alkylhalides needs $1 e q u i v$ of $R M g X$ . Reactions b,c and d need $1$ equivalent, $2$ equivalents and $2$ equivalents of $R M g X$ respectively. So total equivalents of $R M g X = 1 + 1 + 2 + 2 + 2 = 8$ .
(Refer to Image 2)