1.Which of the following would react faster than benzene in an electrophilic aromatic substitution reaction?
a. acetophenone
b. benzoic acid
c. anisole
d. chlorobenzene
2.Which of the following would react slower than benzene in an electrophilic aromatic substitution reaction?
a. benzaldehyde
b. phenol
c. toluene
d. aniline
3.If an electrophile was added to acetophenone via an electrophilic aromatic substitution, at what position(s) of the ring would the electrophile add?
a. ortho
b. meta
c. ortho
d. para only
4.If an electrophile was added to toluene via an electrophilic aromatic substitution, at what position(s) of the ring would the electrophile add?
a. ortho
b. para only
c. ortho
d. meta
5.If an electrophile was added to nitrobenzene via an electrophilic aromatic substitution, at what position(s) of the ring would the electrophile add?
a. meta
b. ortho
c. para only
d. mix of ortho and para
1.Which of the following would react faster than benzene in an electrophilic aromatic substitution reaction?
a. | acetophenone | |
b. | benzoic acid | |
c. | anisole | |
d. | chlorobenzene |
2.Which of the following would react slower than benzene in an electrophilic aromatic substitution reaction?
a. | benzaldehyde | |
b. | phenol | |
c. | toluene | |
d. | aniline |
3.If an electrophile was added to acetophenone via an electrophilic aromatic substitution, at what position(s) of the ring would the electrophile add?
a. | ortho | |
b. | meta | |
c. | ortho | |
d. | para only |
4.If an electrophile was added to toluene via an electrophilic aromatic substitution, at what position(s) of the ring would the electrophile add?
a. | ortho | |
b. | para only | |
c. | ortho | |
d. | meta |
5.If an electrophile was added to nitrobenzene via an electrophilic aromatic substitution, at what position(s) of the ring would the electrophile add?
a. | meta | |
b. | ortho | |
c. | para only | |
d. | mix of ortho and para |