Transcribed Text
Alkene Addition
Draw the Reaction Equation for cyclohexene with chlorine. (Include all products.)
NEW
X
123
>R
+/-
D
C
X
N
A
FG
C
N
O
CI-CI -
S
F
CI
Br
I
P
Data - fill in the missing values for the reaction table below
Molecular
Density
Reagent
Grams
Millimoles
Equivalents
mL
Weight
(g/mL)
Cyclohexene
1.75
Chlorine
50.0
theoretical product
1,2-dichlorocyclohexane
If the actual yield of the reaction was 2.98 g of 1,2-dichlorocyclohexane what is the percent yield?
%
What is the limiting reagent?Alkene Hydration
Draw the Reaction Equation for vinylcyclohexane in aqueous sulfuric acid.
"
NEW
X
123
>R
+/
D
C
X
i
O
FG
C
N
O= / O Il
OH
HO
OH
II
H
F
I
O
CI
H
Br
I
P
X
Data - fill in the missing values for the reaction table below
Molecular
Density
Reagent
Grams
Millimoles
Equivalents
mL
Weight
(g/mL)
Vinylcyclohexane
1.0
0.68
Sulfuric acid
0.19
Water
27.8
theoretical product
1-cyclohexylethanol
If the actual yield of the reaction was 0.20 g of 1-cyclohexylethanol, what is the percent yield?
%
What is the limiting reagent?Dehydrohalogenation
Draw the Reaction Equation for t-butyl bromide with sodium methoxide in methanol.
"
NEW
X
123
>R
+/-
D
C
X
i
1
FG
C
N
O
OH
F
CI
Br
I
P
Data - fill in the missing values for the reaction table below
Molecular
Density
Reagent
Grams
Millimoles
Equivalents
mL
Weight
(g/mL)
2-bromo-2-methylpropane
9.78
Sodium methoxide
1.06
(25% in methanol w/w)
Methanol
7.7
theoretical product
2-methylpropene
Sodium Bromide
If the actual yield of the reaction was 0.21 g of 2-methylpropene, what is the percent yield?
%
What is the limiting reagent?Bromination
Draw the Reaction Equation for cyclohexane-1,3,5-trio with phosphorus oxybromide in dichloromethane.
II
NEW
X
123
>R
+/-
X
i
FG
C
N
CI
O
CI
F
CI
Br
I
P
X
Data - fill in the missing values for the reaction table below
Molecular
Density
Reagent
Grams
Millimoles
Equivalents
mL
Weight
(g/mL)
Cyclohexane-1,3,5-triol
1.0
Phosphorus oxybromide
0.31
Dichloromethane
7.0
theoretical product
1,3,5-tribromocyclohexane
Phosphoric Acid
If the actual yield of the reaction was 0.94 g of 1,3,5-tribromocyclohexane, what is the percent
%
yield?
What is the limiting reagent?Nucleophilic Substitution
Draw the Reaction Equation for sodium phenoxide with iodomethane in acetonitril
"
NEW
X
123
>R
+/-
D
C
X
i
1
N
A
FG
C
N
O
N
F
CI
Br
I
P
X
Data - fill in the missing values for the reaction table below
Molecular
Density
Reagent
Grams
Millimoles
Equivalents
mL
Weight
(g/mL)
Sodium phenoxide
0.45
lodomethane
0.27
Acetonitrile
3.0
theoretical product
Anisole
Sodium lodide
If the actual yield of the reaction was 0.37 g of anisole, "what is the percent yield?
%
What is the limiting reagent?
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