B.sc 3rd Year Organic Chemistry Syllabus 2022-2023

Today, we have introduced b.sc 3rd year organic chemistry syllabus for 2022-2023 sessions.

This syllabus is a common syllabus for students. Basically, organic chemistry introduces students to basic concepts of chemical physics.

That includes stable isotopes, hydroxylation, energy reduction reactions, etc.

So many methods use in labs to get new achievements in the field of organic chemistry.

This syllabus included all lessons of Organic Chemistry B.Sc 3rd year for students.

Every university has a different syllabus, so focus on your university syllabus.

This bsc 3rd year organic chemistry syllabus helps those students, who want to know the organic chemistry course description.

That means this syllabus provides basic knowledge of organic chemistry subjects.

A number of students think that organic chemistry is one of the vast science subjects, but this is not a general chemistry course.

You have to really struggle to understand this subject.

So, don't memorize everything, focus to understand the subject's lesson.

That will help to write the answer in your words.

This process will help you to memorize the answer smoothly.

Now comes to the point.

PAPER -VII (ORGANIC CHEMISTRY)

GROUP -A (Reactions And Mechanisms)

General Principles: Hyperconjugation, mesomeric effect, hydrogen bond, intermediate species, their detection, and characterization. Carbocation, carbanion carbons, Niteene, and benzyne.
Types of Reactions: Nucleophilic substitution at saturated and unsaturated carbon electrophilic and nucleophilic substitution in benzene nucleons. Addition reactions electrophilic and nucleophilic elimination reactions - Hofmann's rule and Saytoze rule.
Name Reactions and Rearrangement: Name reactions and rearrangements involving simple aliphatic and aromatic compounds.

GROUP - B (Detailed Study of Different Classes of Compounds)

(a) Plynuclear hydrocarbons: Naphthalene, anthracene and Phenanthrene. (b) Amino acids.
Heterocyclic Compounds: Furan, thiophene, Pyrrole, pyridine, quinoline, and isoquinoline.
(a) Dyes: Azo, TPM dyes, Phthalein dyes, Zanthene dyes, Vat dyes (indigo including its structure and stereo-Chemistry). (b) Natural coloring pigment: Anthocyanins, flavones, and isoflavones, general methods of isolation and structural elucidation.
Alkaloids and Terpenes: Belief idea of general methods of isolation and structural elucidation.

GROUP - C (Analytical and Applied Organic Chemistry)

Drugs: Sulfa drugs, antimaterial, antibiotics, analgesics, pyrogenic sedatives, and antiseptics.
Synthetic fuels and propellants.
Explosives, insecticides, and adhesives.
Use of reagents HIO4, lead tetra-acetate, N.B.S., Br2, and SeO2.

PAPER-VIII (Practical Syllabus)

GROUP -A

Qualitative inorganic analysis of mixture containing six radicals e.g, these give below one interfering radical must be there. Basic radicals: Ag+, Hg+2, Pb+ 2, Bi+3, Cd+2, Cd+ 2, Cu+ 2, Sn+ 4, Fe+3, Al+ 3, Cr+3, Ni+2, Co +2, Co+ 2, Zn+2, Mn+2, Ca+2, Ba+ 2, Sr+2, Mg+ 2, Na+, K+, Acid radicals, CO2-2, S-2, Halides, Oxalate, Acetate, Borate, Phosphate.

GROUP-B

Preparation of organic compounds: (a) Acetylation of salicylic acid, aniline, and p-toluidine. (b) Benzoylation: Preparation of benzamide and benzoyl derivative of p-toluidine. (c) Nitration: preparation of p-nitro acetanilide picric acid, and m-dinitrobenzene. (d) Reduction - Preparation of m-nitroaniline from m-dinitrobenzene. (e) Oxidation: Preparation of (i) benzoic acid from benzaldehyde, and (ii) anthranilic acid anthracene. (f) Esterifications: Preparation of ethyl benzoate.
Determination of the molecule's weight of organic acids by the silver salt method.
Volumetric estimation of glucose.
N. B. and Viva