(A) The given reaction is $2CH_3Br + 2Na \to CH_3-CH_3 + 2NaBr$.This reaction involves the coupling of two alkyl halide molecules in the presence of s

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(A) The given reaction is $2CH_3Br + 2Na \to CH_3-CH_3 + 2NaBr$.This reaction involves the coupling of two alkyl halide molecules in the presence of sodium metal to form a higher alkane.This specific type of reaction is known as the $Wurtz$ reaction.

Class 11 Chemistry Hydrocarbons Alkane

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In the reaction $CH_3-Br + 2Na + Br-CH_3 \to$,the product is called

A
Wurtz reaction
B
Aldol condensation
C
Perkin's reaction
D
Levit reaction

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Hydrocarbons

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Alkane

$Ph-CH_2-CH(D)-CH_3 \xrightarrow{Br_2/hv}$
Product of the above reaction will be:

Medium

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What will be the major product when $2-$methylbutane undergoes bromination in the presence of light?

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Assertion $(A):$ Sodium acetate on Kolbe's electrolysis gives ethane.
Reason $(R):$ Methyl free radical is formed at cathode.

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$CH_4$ is formed when:

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Ethane is subjected to a combustion process. During the combustion,the hybrid state of carbon changes from

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In the reaction $CH_3-Br + 2Na + Br-CH_3 \to$,the product is called

Similar Questions

$Ph-CH_2-CH(D)-CH_3 \xrightarrow{Br_2/hv}$ Product of the above reaction will be:

What will be the major product when $2-$methylbutane undergoes bromination in the presence of light?

Assertion $(A):$ Sodium acetate on Kolbe's electrolysis gives ethane. Reason $(R):$ Methyl free radical is formed at cathode.

$CH_4$ is formed when:

Ethane is subjected to a combustion process. During the combustion,the hybrid state of carbon changes from

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$Ph-CH_2-CH(D)-CH_3 \xrightarrow{Br_2/hv}$
Product of the above reaction will be:

Assertion $(A):$ Sodium acetate on Kolbe's electrolysis gives ethane.
Reason $(R):$ Methyl free radical is formed at cathode.