What products would result from the following processes?
Write an equation for each reaction.
a.
b.
c.
d.
e.
(a)
Interpretation:
The product formed when
Concept introduction:
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
Answer to Problem 13.28E
No product is formed when
Explanation of Solution
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
The controlled oxidation of
No product is formed when
(b)
Interpretation:
The product formed when
Concept introduction:
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
Answer to Problem 13.28E
The product formed when
Explanation of Solution
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
Alcohols on heating at temperature
Figure 1
The product formed when
(c)
Interpretation:
The product formed when
Concept introduction:
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
Answer to Problem 13.28E
The product formed when
Explanation of Solution
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
As
Figure 2
The product formed when
(d)
Interpretation:
The product formed when
Concept introduction:
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
Answer to Problem 13.28E
The product formed when
Explanation of Solution
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
Alcohols on heating at temperature
Figure 3
The product formed when
(e)
Interpretation:
The product formed when
Concept introduction:
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
Answer to Problem 13.28E
The product formed when
Explanation of Solution
Ketones can be prepared by the oxidation reaction of secondary alcohol. On the other hand, primary alcohols on oxidation with weak oxidant give aldehyde and with strong oxidant give carboxylic acid. No product is obtained by the oxidation of tertiary alcohol.
Generally, primary alcohols on oxidation give aldehyde. However, in the presence of excess oxidizing agent, aldehyde further oxidizes to carboxylic acid. Therefore, the product formed when
Figure 4
The product formed when
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Chapter 13 Solutions
Chemistry For Today: General, Organic, And Biochemistry, Loose-leaf Version
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