Question

question
fill in the missing atoms or groups to complete the structure for 4 - methyl - 2 - hexanol.
provide your answer below:

Explanation:

Step1: Analyze the name

The name is 4 - methyl - 2 - hexanol. The parent chain is hexane (6 - carbon chain). The suffix - ol indicates an alcohol group (\(-OH\)) at the second carbon. The prefix 4 - methyl indicates a methyl group (\(-CH_3\)) at the fourth carbon.

Step2: Count the bonds for each carbon

Carbon forms 4 bonds.

• For the second carbon: It has a bond to the first carbon, a bond to the third carbon, and an \(-OH\) group. So the remaining bond is to a hydrogen (\(H\)).
• For the third carbon: It has bonds to the second carbon, the fourth carbon. So two more bonds to hydrogens (\(H\)).
• For the fourth carbon: It has bonds to the third carbon, the fifth carbon, and a methyl (\(-CH_3\)). So one more bond to a hydrogen (\(H\)).
• For the fifth carbon: It has bonds to the fourth carbon, the sixth carbon. So two more bonds to hydrogens (\(H\)).

Answer:

From left to right in the boxes: \(\boldsymbol{-OH}\), \(\boldsymbol{-H}\), \(\boldsymbol{-H}\), \(\boldsymbol{-H}\)