Classify the following substituents according to whether they are electron donor

Question

Classify the following substituents according to whether they are electron donors or electron acceptors relative to hydrogen by the resonance and the inductive mechanisms.

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Inductive effect: ______(acceptor, donor, no effect)

Resonance effect: ______ (acceptor, donor, no effect)

Explanation / Answer

1.  

Inductive effect: ______acceptor

Resonance effect: ______ Donor

2.   

Inductive effect: ______(acceptor)

Resonance effect: ______ (acceptor)

3.

Inductive effect: ______donor

Resonance effect: ______ no effect

4.   

Inductive effect: ______(acceptor)

Resonance effect: ______ (acceptor)

5.

Inductive effect: ______acceptor

Resonance effect: ______ Donor

6.

Inductive effect: ______acceptor

Resonance effect: ______ no effect

7.   

Inductive effect: ______(acceptor)

Resonance effect: ______ (acceptor)

8.  

Inductive effect: ______acceptor

Resonance effect: ______ Donor

9.  

Inductive effect: ______acceptor

Resonance effect: ______ Donor

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