Cyclohexene on ozonolysis by reaction with zinc dust and water gives compound E. Compound E on further treatment with aqueous \(KOH\) yields compound F. Compound F is: 
1.  2. 
3.  4. 
Subtopic:  Aliphatic Hydrocarbon - Methods of Preparation |
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Why does the addition of \(\text{HI}\) in the presence of a peroxide catalyst not follow anti-Markovnikov's rule?
1. \(HI\) is a strong reducing agent. 
2. The \(\text{H–I}\) bond is too strong to be broken homolytically.
3. The \(I\) atom combines with \(H\) atom to give back \(HI.\)
4. The iodine atom is not reactive enough to add across a double bond.
Subtopic:  Aliphatic Hydrocarbon - Methods of Preparation |
From NCERT
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