Write the name of the electrophile used in Kolbe's reaction. Predict the product of the following reaction: CH3-CH2-COOCH3 + AIH(i-Bu)2 + H2O. What is the action of the following r... Write the name of the electrophile used in Kolbe's reaction. Predict the product of the following reaction: CH3-CH2-COOCH3 + AIH(i-Bu)2 + H2O. What is the action of the following reagent on cumene: Alkaline KMnO4, dil. HCl, and heat? Is phenyl acetic acid an aromatic carboxylic acid? Explain the preparation of isopropyl chloride using reagent Cl2. What is a chiral carbon atom? What do you understand by the term leaving group? Attempt any EIGHT of the following questions: Give the reagents and conditions necessary to prepare phenol from chlorobenzene and benzene sulfonic acid. Give the common and IUPAC name of the following compound: CH3-CH-Br. Draw the structure of the product formed by the combination of carbon monoxide and HCl. Convert benzyl alcohol to benzyl cyanide. Explain the preparation of aldehydes from esters. Distinguish between SN1 and SN2 mechanisms of substitution reactions. Give reasons why haloarenes are less reactive than haloalkanes. How will you prepare aldehydes and ketones by dehydrogenation of alcohols? For isomeric alkyl halides, boiling point decreases with increased branching. Explain with help of an example. Write a note on optical rotation. Give a brief idea about changes that occur in substrate during nucleophilic substitution reactions. Complete the following reaction: Phenol + CH3-CO-O-CH3 --> ?
Understand the Problem
The question is asking about various organic chemistry concepts and reactions, including electrophiles, alkyl groups, and mechanisms like SN1 and SN2. It requires knowledge of reactions and functional groups in chemistry.
Answer
Complete answers for the stated questions are provided.
The complete answers to the questions from the image have been provided above.
Answer for screen readers
The complete answers to the questions from the image have been provided above.
More Information
The question covers multiple key aspects of organic chemistry like reaction mechanisms, reagent actions, and properties of organic compounds.
Tips
Carefully identify the reagents and conditions required for reactions and ensure correct naming and recognition of products.
Sources
- Oxidation of aromatic alkanes with KMnO4 to give carboxylic acids - masterorganicchemistry.com
AI-generated content may contain errors. Please verify critical information