(a) Interpretation: The product formed by the reaction of Lewis acid ( CH 3 CH 2 ) 3 C + with the given Lewis base is to be drawn. Concept introduction: Lewis acid accepts an electron pair. It acts as an electrophile as it is electron deficient. Lewis base donates an electron pair. It acts as a nucleophile as it is electron loving.
(a) Interpretation: The product formed by the reaction of Lewis acid ( CH 3 CH 2 ) 3 C + with the given Lewis base is to be drawn. Concept introduction: Lewis acid accepts an electron pair. It acts as an electrophile as it is electron deficient. Lewis base donates an electron pair. It acts as a nucleophile as it is electron loving.
Solution Summary: The author explains that Lewis acid accepts an electron pair. It acts as an electrophile as it is electron deficient.
Interpretation: The product formed by the reaction of Lewis acid (CH3CH2)3C+ with the given Lewis base is to be drawn.
Concept introduction: Lewis acid accepts an electron pair. It acts as an electrophile as it is electron deficient. Lewis base donates an electron pair. It acts as a nucleophile as it is electron loving.
Expert Solution
Answer to Problem 2.67P
The product formed by the reaction of (CH3CH2)3C+ with H2O is (CH3CH2)3CO+H2.
Explanation of Solution
In the given reaction, Lewis base H2O reacts with Lewis acid (CH3CH2)3C+ . Electron pair present on the oxygen atom of Lewis base is donated to the carbon of Lewis acid. The product formed is shown below.
Figure 1
Conclusion
The product formed by the reaction of (CH3CH2)3C+ with H2O is (CH3CH2)3CO+H2.
Interpretation Introduction
(b)
Interpretation: The product formed by the reaction of Lewis acid (CH3CH2)3C+ with the given Lewis base is to be drawn.
Concept introduction: Lewis acid accepts an electron pair. It acts as an electrophile as it is electron deficient. Lewis base donates an electron pair. It acts as a nucleophile as it is electron loving.
Expert Solution
Answer to Problem 2.67P
The product formed by the reaction of (CH3CH2)3C+ with CH3O¨¨ H is (CH3CH2)3CO+HCH3.
Explanation of Solution
In the given reaction, Lewis base CH3O¨¨ H reacts with Lewis acid (CH3CH2)3C+ . Electron pair present on the oxygen atom of Lewis base is donated to the carbon of Lewis acid. The product formed is shown below.
Figure 2
Conclusion
The product formed by the reaction of (CH3CH2)3C+ with CH3O¨¨ H is (CH3CH2)3CO+HCH3.
Interpretation Introduction
(c)
Interpretation: The product formed by the reaction of Lewis acid (CH3CH2)3C+ with the given Lewis base is to be drawn.
Concept introduction: Lewis acid accepts an electron pair. It acts as an electrophile as it is electron deficient. Lewis base donates an electron pair. It acts as a nucleophile as it is electron loving.
Expert Solution
Answer to Problem 2.67P
The product formed by the reaction of (CH3CH2)3C+ with CH3O¨¨CH3 is (CH3CH2)3CO+(CH3)2.
Explanation of Solution
In the given reaction, Lewis base CH3O¨¨CH3 reacts with Lewis acid (CH3CH2)3C+ .Electron pairs present on the oxygen atom of Lewis base is donated to the carbon of Lewis acid. The product formed is shown below.
Figure 3
Conclusion
The product formed by the reaction of (CH3CH2)3C+ with CH3O¨¨CH3 is (CH3CH2)3CO+(CH3)2.
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Draw the product formed when (CH3CH2)3N:, a Lewis base, reacts with each Lewis acid: (a) B(CH3)3; (b) (CH3)3C+; (c) AlCl3.
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