Organic Chemistry
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Determine the reagents and conditions necessary for the reaction that would produce the following bromoalkane.
What brominated product(s) are formed in the allylic bromination reaction given below? (Do not include stereoisomers)
What brominated product(s) are formed in the allylic bromination reaction shown below?
Draw a mechanism for the following allylic bromination reaction.
Which two different alkenes would undergo allylic bromination with NBS to produce the following product?
Draw the product(s) formed in the benzylic bromination reaction shown below.
What reagent is required for the bromination of cyclopentene at the allylic position?
Identify the position in the given radical where the new C—Br bond is most likely to form during the second propagation step of the free radical bromination using NBS.
Identify the position in the given radical where the new C—Br bond is most likely to form during the second propagation step of the allylic bromination using NBS.
What product(s) would be formed in the allylic bromination reaction shown below?
What product(s) would be formed in the allylic bromination reaction given below?
Provide a suitable mechanism to show the formation of the product shown below.
Draw the major product of the reaction given below. Do not include stereoisomers.
Determine the number of allylic bromoalkenes formed in the following reaction. Include stereoisomers.
Draw the major product(s) of the reaction given below. Do not include stereoisomers.
Draw a suitable mechanism for the following reaction.
Predict the product of the reaction given below. Include stereochemistry where applicable.
Determine the number of allylic bromoalkenes obtained in the following reaction. Include stereoisomers.
Show how you can synthesize 3-bromo-2-methylbut-1-ene using 2-methylbut-1-ene as starting material. If the product contains a stereocenter, assume that the final product is part of a racemic mixture.
The reaction of 1,2-dimethylcyclohexene with NBS under UV light produces a mixture of two products.
However, the reaction of cyclopentene with NBS only produces one product despite the generation of a resonance-stabilized radical. Explain why this reaction does not yield a second product.
Draw the structures of all expected products of the following reaction:
Ignore stereochemistry.
Draw a mechanism for this reaction that accounts for the formation of these products.
The reaction of methylenecyclohexane with NBS in presence of sunlight produces a mixture of two products. Draw the structures of these two products and write a mechanism for the reaction.
Which of the following compounds is produced as a result of the benzylic bromination reaction?
Draw only the major product of the reaction shown below.
Draw the major product/s when the following organic compound undergoes allylic bromination.