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Phenyl subsituted hydrocarbon (A) molecu...

Phenyl subsituted hydrocarbon (A) molecular mass 120 on monobromination can give 3 isomeric products only Major product (B) on treatment with sodium gives (C). Find (A) (B) and (C)

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To solve the problem, we need to identify the phenyl substituted hydrocarbon (A), the major product from its monobromination (B), and the product formed when (B) is treated with sodium (C). ### Step-by-Step Solution: **Step 1: Determine the structure of hydrocarbon (A)** - Given that (A) is a phenyl substituted hydrocarbon with a molecular mass of 120 g/mol. - The molecular formula of the phenyl group (C6H5) has a mass of 77 g/mol (6 carbons and 5 hydrogens). - Therefore, the remaining mass for the substituent is 120 - 77 = 43 g/mol. ...
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