predict the product of the given reduction reaction. include all hydrogen atoms. modify the molecule so that…

predict the product of the given reduction reaction. include all hydrogen atoms. modify the molecule so that it represents the product of the reaction. you may need to add or remove bonds or atoms. select draw templates more erase

predict the product of the given reduction reaction. include all hydrogen atoms. modify the molecule so that it represents the product of the reaction. you may need to add or remove bonds or atoms. select draw templates more erase

Answer

Explanation:

Step1: Identify the reaction type

This is a catalytic - hydrogenation reaction of a carbon - oxygen double bond (ketone) using hydrogen gas ($H_2$) in the presence of a platinum (Pt) catalyst.

Step2: Apply the reaction rule

In the catalytic hydrogenation of a ketone, the carbon - oxygen double bond is reduced to a carbon - oxygen single bond and two hydrogen atoms are added, one to the carbon and one to the oxygen. The reactant is a cyclohexanone. When it reacts with $H_2$ in the presence of Pt, the carbonyl group ($C = O$) is reduced to a hydroxyl group ($ - OH$). The product is cyclohexanol. The structure of cyclohexanol has a six - membered carbon ring with an $ - OH$ group attached to one of the carbon atoms.

Answer:

The product is cyclohexanol with the structure having a six - membered carbon ring and an $ - OH$ group attached to one of the carbon atoms. (Since this is a drawing - based problem, a full structural formula drawing cannot be provided in text format, but the description is given for the product structure).