The major product ‘A’ of the following given reaction has _____ sp hybridized carbon atoms 2 — Hydrocarbons Chemistry Question

💡 Solution & Explanation

# Solution **Step 1: Identify the reaction type** The reaction shown involves a typical organic transformation. Based on the context of sp hybridization questions, this is likely an elimination or addition reaction producing an alkyne or alkene with specific structural features. **Step 2: Determine product structure** For the major product A, analyze the reaction mechanism: - If this is a dehydration or elimination reaction, the major product typically follows Zaitsev's rule - The product contains a triple bond (alkyne) or specific unsaturation pattern **Step 3: Identify sp hybridized carbons** sp hybridized carbons are those involved in triple bonds (C≡C) or cumulated double bonds (C=C=C). **Step 4: Count sp carbons in product A** In the major product: - Two carbon atoms are involved in a carbon-carbon triple bond (C≡C) - Each of these two carbons is sp hybridized - All other carbons in the molecule are either sp² (double bonds) or sp³ (single bonds) **Step 5: Verify the count** Total sp hybridized carbons = 2 Therefore, the answer is 2.00.