The reaction CH3CH=CH2CO−H2H+ CH3 −CH−CH3 | COOH is known as

Koch reaction: (Carboxylation of Alkene) CH3−CH=CH2 →400∘C,H3PO4water gas(CO+H2) COOH ι CH3−CH−CH3 lsobutyricacid

The reaction CH3CH=CH2CO−H2H+ CH3 −CH−CH3 | COOH is known as

Koch reaction: (Carboxylation of Alkene) CH3−CH=CH2 →400∘C,H3PO4water gas(CO+H2) COOH ι CH3−CH−CH3 lsobutyricacid

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The reaction
${CH}_{3} CH = {CH}_{2} \frac{CO - H_{2}}{H^{+}} {CH}_{3} - CH - {CH}_{3} | COOH$ is known as

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Kolbes reaction

Koch reaction

Clemmensen reduction

Wurtz reaction

answer is B.

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Koch reaction: (Carboxylation of Alkene)

${CH}_{3} - CH = {CH}_{2}$ $\to_{400^{\circ} C, H_{3} {PO}_{4}}^{water gas (CO + H_{2})}$ $COOH ι {CH}_{3} - CH - {CH}_{3} \underset{lsobutyricacid}{}$

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The reaction CH3CH=CH2CO−H2H+ CH3 −CH−CH3 | COOH is known as

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The reaction
${CH}_{3} CH = {CH}_{2} \frac{CO - H_{2}}{H^{+}} {CH}_{3} - CH - {CH}_{3} | COOH$ is known as