Compound ' A ' undergoes following sequence of reactions to give compound ' B '. The correct structure and chirality of compound ' B ' is [where Et is - C 2 H 5 ] Compound ' A '

Question

Compound ' A ' undergoes following sequence of reactions to give compound ' B '. The correct structure and chirality of compound ' B ' is [where Et is - C 2 H 5 ] ​​​​​​​ Compound ' A '

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In the first step the given alkyl halide that is 2-bromo-3-methyl butane reacts with Mg in presence of dry ether to form a grignard reagent,This grignard reagent reacts with D 2 O to form a hydrocarbon (B)which has a chiral carbon. In the reaction with D 2 O grignard reagent behaves as a strong base.

Compound ' A ' undergoes following sequence of reactions to give compound ' B '. The correct structure and chirality of compound ' B ' is [where Et is - C 2 H 5 ] Compound ' A '

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More from Haloalkanes and Haloarenes

Compound &#39; A &#39; undergoes following sequence of reactions to give compound &#39; B &#39;. The correct structure and chirality of compound &#39; B &#39; is [where Et is - C 2 H 5 ] ​​​​​​​ Compound &#39; A &#39;

Correct answer

Step-by-step solution

More from Haloalkanes and Haloarenes

Compound ' A ' undergoes following sequence of reactions to give compound ' B '. The correct structure and chirality of compound ' B ' is [where Et is - C 2 H 5 ] Compound ' A '