An alkene can become an alcohol through a two-step chemical process called hydroboration-oxidation. Borane (BH3) is added during the hydroboration process. Cyclohexanol is produced by the hydroboration-oxidation of cyclohexene.
<h3>How does the hydroboration-oxidation technique work?</h3>
In organic chemistry, the hydroboration-oxidation process is a two-stage hydration reaction that converts an alkene into alcohol. As a result, the hydroboration process transforms alkynes into aldehydes and alkenes into neutral alcohols.
<h3>Give an example of the hydroboration-oxidation reaction.</h3>
The addition of borane followed by oxidation is referred to as the hydroboration-oxidation reaction. For instance, the hydroboration-oxidation reaction of propene results in propan-1-ol. The addition product of this reaction between propene and diborane (BH3)2 is trialkyl borane.
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Answer:
3
Explanation:
3 ampers (it says in the problem)
Answer:
its does not
Explanation:
not do...................
The answer is option a, that is " <span>electromagnetic repulsions</span><span>".
The sun generates energy by nuclear fusion, and converts a part of its mass into energy and nuclear fusion is the source of all energy that is released by the sun. The two things which are required for the process of nuclear fusion are high temperature and the high densities.
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Answer:
YASSSSSSS
Explanation:
i think the answer is true
