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WorksheetsUnit 2–Aromatic Compounds, Reactions & Stereochemistry
Total questions: 19
Worksheet time: 15mins
What is the correct name of this compound?
1,1-ethylheptylbenzene
2-heptylbutylbenzene
3-phenyldecane
phenyldecane
Name the compound
Methane benzene
Toluene
Benzene methane
methane phenyl
Which is the correct drawing of o-bromonitrobenzene?
name this compound
m-aminochlorobenzene
m-chloroaniline
o-chloroaniline
1-chloro-3-aminobenzene
name this compound
o-propylbenzene
1,2-dipropylbenzene
o-dipropylbenzene
1,2-isopropylbenzene
constitutional isomers
enantiomers
diastereomers
identical
none of these
I
II
III
It does not have an enantiomer
Both II and III
What is the relationship between 1 and 2?
diastereoisomers
enantiomers
no relationship
meso compounds
What is the relationship between 3 and 4?
diastereoisomers
enantiomers
no relationship
meso compounds
What is the relationship between 1 and 4?
diastereoisomers
enantiomers
no relationship
meso compounds
What is the relationship between 2 and 3?
diastereoisomers
enantiomers
no relationship
meso compounds
What is the relationship between A and B.
structural isomers
meso compounds
diastereoisomers
both have chiral carbons
Which is the correct drawing of p-bromonitrobenzene?
How could the following molecule be created from benzene?
1) CH3Cl/AlCl3 ; 2) Cl2/FeCl3
1) CH3Cl/AlCl3
1) CH3Cl/AlCl3 ; 2) Br2/FeBr3
1) CH3Br/AlBr3 ; 2) Br2/FeBr3
How many total stereoisomers are possible for this molecule, and why?
4 stereoisomers, because there are 2 stereocenters.
4 stereoisomers, because there are 2 enantiomer pairs.
3 stereoisomers, because their are 2 stereocenters.
3 stereoisomers, because the molecule shown is a meso compound.
What would be a plausible sequence for creating this molecule from benzene?
