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(B) The starting material is $3$-methylenecyclohexan-$1$-ol,which contains an exocyclic double bond. When $1$ equivalent of $H_2$ is added in the pres

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$3-$methylcyclohexan$-1-$ol

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(B) The starting material is $3$-methylenecyclohexan-$1$-ol,which contains an exocyclic double bond. When $1$ equivalent of $H_2$ is added in the presence of a $Ni$ catalyst,the double bond undergoes catalytic hydrogenation. The exocyclic double bond is reduced to a methyl group,resulting in $3$-methylcyclohexan-$1$-ol. Therefore,the major product is $3$-methylcyclohexan-$1$-ol.

What is the major product of the following reaction?
$3$-methylenecyclohexan-$1$-ol + $H_2$ ($1$ eq.) / $Ni$,$\Delta$ $\rightarrow$ ?

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What is the major product of the following reaction? $3$-methylenecyclohexan-$1$-ol + $H_2$ ($1$ eq.) / $Ni$,$\Delta$ $\rightarrow$ ?