11.30 Alcohol, Phenols & Ethers // Class-12// Chapter-11// NCERT Excercise solutions

Описание: 11.30 Write the mechanism of the reaction of HI with methoxymethane

Ans: When equimolar amounts of HI and methoxy methane are reacted, a mixture of methyl alcohol and methyl iodide is formed by the following mechanism:

"To RECEIVE the PDF OF BOOK- 'ARIHANT NCERT SOLUTIONS' CHEMISTRY, please email me at the following email address: [email protected]."

NCERT Exercise Questions Solutions Q 11.1 -11.33 for Class XII

Here are a few of my reference video links-

CHEMISTricka-    • Видео  

Questions Lecture-    • Видео  

Concept Lecture-    • Solid State | Unit Cell | Crystal Lattice ...  

Preply- https://preply.com/en/tutor/359534

Class-12 Chapters -    • Vibha Pareek (VP) Ma'am  

NCERT// CBSE// NEET// ICSE// AP Chemistry// GCSE

By Vibha Pareek (M.Sc.,B.Ed., NET-JRF, GATE)

#CHEMISTricka
#How to study organic chemistry some basic principles and techniques?
#What are the basic concepts of organic chemistry?
#Is Ncert enough for organic chemistry?
#How to score good marks in organic chemistry class 11?
#Is CBSE chemistry hard?
#Which is toughest subject in CBSE?
#Can I score 100 marks in chemistry?

Alcohol, Phenols, and Ethers:

1. Introduction:

Brief explanation of functional groups: alcohols, phenols, and ethers.
Importance and common uses of these compounds.
2. Alcohols:

Definition and general structure of alcohols.
Classification based on carbon substitution (primary, secondary, tertiary).
Nomenclature rules for naming alcohols.
Physical properties and solubility.
Chemical reactions of alcohols: oxidation, dehydration, and substitution.
3. Phenols:

Definition and structure of phenols (aromatic alcohols).
Comparison with aliphatic alcohols.
Nomenclature of phenols.
Acidity and resonance stabilization in phenols.
Applications and industrial uses of phenols.
4. Ethers:

Definition and structure of ethers.
Comparison with alcohols and other functional groups.
Nomenclature of ethers.
Preparation methods for ethers (Williamson ether synthesis, etc.).
Reactions of ethers: cleavage and synthesis.
5. Alcohols, Phenols, and Ethers in Biochemistry:

Roles and significance of alcohols in bio-molecules (e.g., carbohydrates, lipids).
Phenols in biological systems and their antioxidant properties.
Ether linkages in biomolecules like lipids and ethers as anesthetics.
6. Industrial Applications:

Use of alcohols as solvents, fuels, and precursors in chemical synthesis.
Phenolic compounds in manufacturing plastics, pharmaceuticals, and disinfectants.
Role of ethers in the production of polymers and as solvents.
7. Health and Safety Considerations:

Toxicity and hazards associated with alcohols, phenols, and ethers.
Safe handling and storage practices.
Environmental impact and regulations.
8. Future Perspectives:

Current research and developments in the field of alcohols, phenols, and ethers.
Potential new applications and uses of these compounds.
Conclusion:

Recapitulation of the importance and versatility of alcohols, phenols, and ethers in various fields, from chemistry to industry and biochemistry.
Emphasis on responsible use and continued exploration of their properties for future advancements.