convert the isopropyl alcohol to isopropyl bromide.
.
Answers
Answered by
2
Explanation:
Hope it helps uu.
Mark me aa brainliest....
Attachments:
Answered by
0
ANSWER:- SOBr2
EXPLANATION:- 1. As demonstrated, secondary alcohols are transformed into the bromide product using thionyl bromide. Being bound to a carbon that is bonded to two other carbons makes isopropyl alcohol a secondary alcohol.
2. Keep in mind what an aldehyde is. A carbonyl functional group includes aldehydes and ketones. This indicates that it has an oxygen and a carbon atom that are doubly bound.
3. However the carbon-oxygen double bond is terminal with aldehydes. As a result of the carbon atom's link with at least one hydrogen atom, it is located at the end of the molecule.
4. We can tell that the majority of the structures listed as answer options are alcohols by taking a closer look at them. A ketone, which cannot be transformed, is one of them.
EXPLANATION:- 1. As demonstrated, secondary alcohols are transformed into the bromide product using thionyl bromide. Being bound to a carbon that is bonded to two other carbons makes isopropyl alcohol a secondary alcohol.
2. Keep in mind what an aldehyde is. A carbonyl functional group includes aldehydes and ketones. This indicates that it has an oxygen and a carbon atom that are doubly bound.
3. However the carbon-oxygen double bond is terminal with aldehydes. As a result of the carbon atom's link with at least one hydrogen atom, it is located at the end of the molecule.
4. We can tell that the majority of the structures listed as answer options are alcohols by taking a closer look at them. A ketone, which cannot be transformed, is one of them.
Similar questions