Alkene Reactions: I
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of HCl to an alkene proceeds through a carbocation
intermediate and results in the formation of an alkyl chloride with the
chlorine bonded to the alkene carbon which would form the most
stable carbocation (Markovnikov addition). Rearrangements are
commonly observed.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of HBr to an alkene in the presence of peroxides
proceeds through a radical intermediate and results in the formation of
an alkyl bromide with the bromine bonded adjacent to the alkene
carbon which would form the most stable radical
(anti-Markovnikov addition, overall). Rearrangements are not
observed.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of Br2 to an alkene proceeds through a
bromonium ion intermediate and results in the formation of a
trans-1,2 dibromide.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of HCl to an alkene proceeds through a carbocation
intermediate and results in the formation of an alkyl chloride with the
chlorine bonded to the alkene carbon which would form the most
stable carbocation (Markovnikov addition). Rearrangements are
commonly observed.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of HBr to an alkene in the presence of peroxides
proceeds through a radical intermediate and results in the formation of
an alkyl bromide with the bromine bonded adjacent to the alkene
carbon which would form the most stable radical
(anti-Markovnikov addition, overall). Rearrangements are not
observed.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of Cl2 to an alkene proceeds through a
chloronium ion intermediate and results in the formation of a
trans-1,2 dichloride.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of HBr to an alkene in the presence of peroxides
proceeds through a radical intermediate and results in the formation of
an alkyl bromide with the bromine bonded adjacent to the alkene
carbon which would form the most stable radical
(anti-Markovnikov addition, overall). Rearrangements are not
observed.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of Br2 to an alkene proceeds through a
bromonium ion intermediate and results in the formation of a
trans-1,2 dibromide.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of HCl to an alkene proceeds through a carbocation
intermediate and results in the formation of an alkyl chloride with the
chlorine bonded to the alkene carbon which would form the most
stable carbocation (Markovnikov addition). Rearrangements are
commonly observed.
Using the drawing pallet on the right, draw the structure of the major
organic product for the reaction shown below:
The addition of HBr to an alkene in the presence of peroxides
proceeds through a radical intermediate and results in the formation of
an alkyl bromide with the bromine bonded adjacent to the alkene
carbon which would form the most stable radical
(anti-Markovnikov addition, overall). Rearrangements are not
observed.
That is correct!
Sorry, that is not correct. You should modify your structures
and try again. If cis-trans- stereochemistry is required,
please make sure you have drawn the appropriate isomer using the "wedge
bonds".
Note: Stereochemistry is shown using the
"wedge" bond.
Click on the solid wedge to reverse orientation.
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