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Identify (A), (B) and (C ). underset((...

Identify (A), (B) and (C ).
`underset((C_(5)H_(10)))underset("Isomeric alkene")((A),(B),(C),)overset(H_(2)+Pt)rarr`2-Methyl butane
(A) and (B) `overset("Oxymercuration")underset(underset((O.M.D.))("demercuration"))rarr` Same `3^(@)` alcohol
(B) and (C) `overset("Hydroboration")underset(underset((H.B.O.))("oxidation"))rarr` Different `1^(@)` alcohol

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To solve the problem, we need to identify the isomeric alkenes (A), (B), and (C) with the molecular formula C5H10 that lead to the formation of 2-methylbutane upon hydrogenation. Additionally, we will consider the reactions of these alkenes with oxymercuration-demercuration and hydroboration-oxidation. ### Step 1: Identify the Isomers of C5H10 The molecular formula C5H10 indicates that we are dealing with alkenes (due to the presence of a double bond). The possible isomeric alkenes that can lead to the same product upon hydrogenation (2-methylbutane) are: 1. **2-methylbut-2-ene** (A) 2. **2-methylbut-1-ene** (B) 3. **3-methylbut-1-ene** (C) ...
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