1. Write all the possible products for 2-methylpropene and write their structures. 2. How many monohalogenation products are possible for ethyl bromide? 3. Which of the following w... 1. Write all the possible products for 2-methylpropene and write their structures. 2. How many monohalogenation products are possible for ethyl bromide? 3. Which of the following will exhibit geometrical isomerism: a. CH3CH=CH2, b. CH3C(CH3)=CH2, c. CH3C=CCH3?
Understand the Problem
The question outlines a series of tasks related to organic chemistry, including the balancing of chemical reactions, identifying IUPAC names, and drawing structures for various compounds. It requires understanding the properties and reactions of alkenes and alkyl halides.
Answer
2-methylpropene: addition products; ethyl bromide: 2 products; no geometrical isomerism.
For 2-methylpropene, products include addition products with HBr and water. Ethyl bromide can form two monohalogenation products. None of the given structures exhibit geometrical isomerism.
Answer for screen readers
For 2-methylpropene, products include addition products with HBr and water. Ethyl bromide can form two monohalogenation products. None of the given structures exhibit geometrical isomerism.
More Information
2-methylpropene reacts with HBr to form 2-bromopropane and with water to form isobutanol. Ethyl bromide can be substituted at the primary or secondary carbon to form two isomers.
Tips
A common mistake is not considering all potential positions for substitutions or missing that geometrical isomerism needs different substituents around the double bond.
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