Question:

Identify the type of hybridization of carbon that is attached to the OH group, in benzylic alcohol?

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The carbon bonded to OH in benzyl alcohol is a \(CH_2\) group with four single bonds.
Updated On: Oct 1, 2026
  • \(sp\)
  • \(sp^2\)
  • \(sp^3\)
  • \(dsp2\)
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The Correct Option is C

Solution and Explanation

Step 1: Understanding the Concept:
Benzyl alcohol is \(\text{C}_6\text{H}_5\text{-CH}_2\text{-OH}\). The carbon carrying OH is the \(\text{CH}_2\) carbon, not a ring carbon.

Step 2: Count bonds:
This carbon forms four sigma bonds (with the ring carbon, two hydrogens and oxygen) and no pi bonds. Four sigma bonds mean \(sp^3\) hybridisation.

Step 3: Other options:
The ring carbons are \(sp^2\), which might tempt one to choose B, but the question asks about the carbon attached to OH. \(sp\) is for triple bonds, and \(dsp^2\) is for square planar metal complexes.

Final Answer:
The carbon is \(sp^3\) hybridised, option (C). \[ \boxed{sp^3} \]
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