To solve this problem, we need to identify the product (A) formed in the given reaction.$\newline$The reaction involves the use of the Clemmensen reduction, which is a method to reduce carbonyl groups.$\newline$The Clemmensen reduction uses zinc amalgam (Zn-Hg) and concentrated hydrochloric acid (HCl) to convert$\newline$carbonyl groups (C=O) into methylene groups (CH$_2$).$\newline$Given compound:$\newline$• The starting compound has two carbonyl groups attached to a cyclohexane ring and a benzene ring.$\newline$Reaction:$\newline$• Both carbonyl groups will be reduced to methylene groups.$\newline$• The reaction converts the ketone groups into CH$_2$ groups.$\newline$Product (A):$\newline$• The resulting structure will have methylene groups instead of carbonyl groups.$\newline$• This corresponds to a hydrocarbon chain with a cyclohexane and benzene ring connected by methylene groups.$\newline$Analyzing the options:$\newline$• Option 1: The structure matches the expected product with methylene groups.$\newline$• Option 2, 3, and 4: These structures contain hydroxyl or incorrect groups.$\newline$Therefore, the correct option is Option 1.