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(C) The starting material is vinylcyclohexane. Let's analyze the products:$1$. Product $A$ is $2$-cyclohexylethanol,which is an anti-Markovnikov produ

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$II, III, I$

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(C) The starting material is vinylcyclohexane. Let's analyze the products:$1$. Product $A$ is $2$-cyclohexylethanol,which is an anti-Markovnikov product. This is formed by hydroboration-oxidation $(II)$.$2$. Product $B$ is $1$-cyclohexylethanol,which is a Markovnikov product formed without rearrangement. This is characteristic of oxymercuration-demercuration $(III)$.$3$. Product $C$ is $1$-ethyl$-1-$cyclohexanol,which is a Markovnikov product formed via rearrangement (carbocation intermediate). This is characteristic of acid-catalyzed hydration $(I)$.Therefore,the sequence $A, B, C$ corresponds to $II, III, I$.

Column $(I)$	Column $(II)$
$(A)$ Kolbe's reaction	$(i)$ Salicylaldehyde
$(B)$ Reimer-Tiemann reaction	$(ii)$ Ethers
$(C)$ Williamson synthesis	$(iii)$ Ethanol
$(D)$ Fermentation	$(iv)$ Salicylic acid

Group-$I$ (Compound)	Group-$II$ (Use)
$A$. Alcohol	$1$. Antiseptic
$B$. Phenol	$2$. Perfumes
$C$. Ether	$3$. Detergents
$D$. Amine	$4$. Dyes

Identify the reaction schemes $A, B, C$ for the conversion of vinylcyclohexane to the respective alcohols,given the following methods:
$I-$ Acid-catalyzed hydration
$II-$ Hydroboration-oxidation $(HBO)$
$III-$ Oxymercuration-demercuration

Similar Questions

What are the substances $A, B$ and $C$ in the following reaction?
$\text{Phenol}$ $\xrightarrow{Zn} A$ $\xrightarrow[\text{conc. } H_2SO_4]{HNO_3, 60^{\circ}C} B$ $\xrightarrow{Zn, NaOH(aq)} C$

Consider the following reaction:
Which response contains all the correct statements about this process?
$1.$ Dehydration
$2.$ $E_2$ mechanism
$3.$ Carbon skeleton migration
$4.$ Most stable alkene will form
$5.$ Single-step reaction

Match the reactions in Column $(I)$ with the products formed in Column $(II)$.

Column $(I)$ Column $(II)$

$(A)$ Kolbe's reaction $(i)$ Salicylaldehyde

$(B)$ Reimer-Tiemann reaction $(ii)$ Ethers

$(C)$ Williamson synthesis $(iii)$ Ethanol

$(D)$ Fermentation $(iv)$ Salicylic acid

Arrange the following compounds in the increasing order of polarity:
$A. CH_3CH_2OCH_2CH_3$
$B. CH_3CH_2OH$
$C. CH_3COCH_3$
$D. CH_3COOH$
Choose the correct answer from the options given below:

Match the compounds in Group-$I$ with their uses in Group-$II$. Find the correct match for Group-$I$ from Group-$II$.

Group-$I$ (Compound) Group-$II$ (Use)

$A$. Alcohol $1$. Antiseptic

$B$. Phenol $2$. Perfumes

$C$. Ether $3$. Detergents

$D$. Amine $4$. Dyes

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Identify the reaction schemes $A, B, C$ for the conversion of vinylcyclohexane to the respective alcohols,given the following methods:$I-$ Acid-catalyzed hydration$II-$ Hydroboration-oxidation $(HBO)$$III-$ Oxymercuration-demercuration

Similar Questions

What are the substances $A, B$ and $C$ in the following reaction?$\text{Phenol}$ $\xrightarrow{Zn} A$ $\xrightarrow[\text{conc. } H_2SO_4]{HNO_3, 60^{\circ}C} B$ $\xrightarrow{Zn, NaOH(aq)} C$

Consider the following reaction:Which response contains all the correct statements about this process?$1.$ Dehydration$2.$ $E_2$ mechanism$3.$ Carbon skeleton migration$4.$ Most stable alkene will form$5.$ Single-step reaction

Match the reactions in Column $(I)$ with the products formed in Column $(II)$. Column $(I)$ Column $(II)$ $(A)$ Kolbe's reaction $(i)$ Salicylaldehyde $(B)$ Reimer-Tiemann reaction $(ii)$ Ethers $(C)$ Williamson synthesis $(iii)$ Ethanol $(D)$ Fermentation $(iv)$ Salicylic acid

Arrange the following compounds in the increasing order of polarity:$A. CH_3CH_2OCH_2CH_3$$B. CH_3CH_2OH$$C. CH_3COCH_3$$D. CH_3COOH$Choose the correct answer from the options given below:

Match the compounds in Group-$I$ with their uses in Group-$II$. Find the correct match for Group-$I$ from Group-$II$. Group-$I$ (Compound) Group-$II$ (Use) $A$. Alcohol $1$. Antiseptic $B$. Phenol $2$. Perfumes $C$. Ether $3$. Detergents $D$. Amine $4$. Dyes