B.Sc 1st Year Organic Chemistry Semester I & II Textbook

College Organic Chemistry (F.Y. B.Sc.) — Full Book Overview

A first-year B.Sc. Organic Chemistry textbook designed for Indian university students.

Book Name College Organic Chemistry (F.Y. B.Sc.)
Authors Dr. Bholanath Mukherjee, R.S. Rao, Prof. Dr. A.K. Upadhyay, Dr. Tanuja P. Parulekar, Dr. (Mrs.) Sushil Puniyani
Publisher Himalaya Publishing House Pvt. Ltd. (ISO 9001:2015 Certified)
Edition Fifth Edition, 2019
Target Course B.Sc. 1st Year (First Year / F.Y. B.Sc.)

What Makes This Book Worth Using

Organic chemistry at the first-year B.Sc. level often feels like a wall of rules, arrows, and mechanisms thrown at you all at once. College Organic Chemistry, written for the F.Y. B.Sc. class, tries to change that experience. The book follows the UGC-prescribed syllabus framework and was first built around the revised University of Mumbai curriculum that came into effect from the 2016-17 academic year. What makes it genuinely useful is how it scales beyond a single university — because most Indian universities share nearly the same foundational organic chemistry syllabus at this stage, students across the country can pick this up with only minor reference adjustments.

Five authors have shaped this text, and that collaborative authorship shows. Dr. Bholanath Mukherjee (K.V. Pendharkar College, Dombivli), R.S. Rao (G.N. Khalsa College, Mumbai), Prof. Dr. A.K. Upadhyay (Smt. CHM College, Ulhasnagar), Dr. Tanuja P. Parulekar (S.I.W.S. College, Wadala), and Dr. (Mrs.) Sushil Puniyani (K.C. College, Mumbai) bring decades of classroom teaching between them. You can feel that classroom instinct in the way topics are sequenced — one idea genuinely leads into the next rather than sitting in isolation.

The writers make a deliberate choice to introduce curved arrows and formal charges early, because you cannot read a mechanism properly without them. From there, the building blocks are laid down one at a time — reactive species, hybridisation, electronic effects, hydrogen bonding — before any reaction mechanism is attempted. Only after the foundation is firm does the book move into selective worked mechanisms. That ordering is rare in textbooks that rush straight into named reactions.

Stereochemistry gets patient treatment with simple, hand-holding examples rather than dense jargon. IUPAC names are used consistently throughout, which quietly trains you in a naming system many students only learn the night before an exam. The aliphatic and aromatic hydrocarbon chapters connect functional-group chemistry with interconversions, and the concept of aromaticity — including Hückel's rule — is developed from first principles rather than stated as a rule to memorise.

Each chapter closes with a large exercise set. Practice is where this book earns its place on a study table; the problems range from direct application to slightly twisted ones that test whether you actually understood the mechanism or just memorised the arrow pattern.

Book Index — Chapter-wise Contents

The book is organised across two semesters with four papers, matching the standard semester-wise B.Sc. structure. Here is the complete chapter map.

Semester / Paper Chapter Lectures Pages
Semester I — Paper I 1. Nomenclature of Organic Compounds
IUPAC nomenclature of mono- and bi-functional aliphatic compounds, cyclic analogues
5 3–42
Semester I — Paper I 2. Bonding and Structure of Organic Compounds
sp³, sp², sp hybridisation, sigma & pi bonds, shapes of molecules
4 43–60
Semester I — Paper I 3. Fundamentals of Organic Reaction Mechanism
Electronic effects, bond fission, reactive intermediates, electrophiles & nucleophiles
6 61–102
Semester I — Paper II 4. Stereochemistry–I
Fischer, Newman, Sawhorse projections; geometrical & optical isomerism; D/L and R/S configurations
15 103–142
Semester II — Paper I 5. Chemistry of Aliphatic Hydrocarbons
Alkanes, alkenes, alkynes; E1, E2, E1cb mechanisms; Markownikoff addition; Diels-Alder reaction
15 145–196
Semester II — Paper II 6. Stereochemistry–II
Cycloalkanes, Baeyer strain theory, conformational analysis of cyclohexane
5 197–204
Semester II — Paper II 7. Aromatic Hydrocarbons
Aromaticity, Hückel's rule, electrophilic aromatic substitution, directing effects
10 205–236
Question Papers — Previous year papers for practice 237–253

Key Features

  • Built on UGC syllabus guidelines — aligned with the revised University of Mumbai curriculum effective 2016-17, and transferable to most Indian university first-year B.Sc. programmes.
  • Mechanism-first approach — curved-arrow notation and formal charges are introduced before any reaction mechanism, so you learn why a reaction proceeds, not just the outcome.
  • Consistent IUPAC naming throughout every chapter, gently building nomenclature fluency.
  • Full stereochemistry coverage — Fischer, Newman, and Sawhorse projections; optical and geometrical isomerism; D/L and R/S configurations; conformational analysis of alkanes and cyclohexane.
  • Complete hydrocarbon treatment — aliphatic (alkanes, alkenes, alkynes with E1, E2, E1cb, Markownikoff, hydroboration, ozonolysis, Diels-Alder) and aromatic (Hückel's rule, electrophilic substitution, directing effects).
  • Chapter-end exercises in large numbers, designed for repeated practice.
  • Previous year question papers included (pages 237–253) for exam-oriented revision.
  • Authored by five senior chemistry faculty with combined decades of undergraduate teaching experience across Mumbai colleges.
  • Published by an ISO 9001:2015 certified publisher — Himalaya Publishing House — now in its fifth revised edition (2019).

Who This Book Is For

The primary reader is a first-year B.Sc. student walking into organic chemistry for the first time. If you are enrolled in a three-year B.Sc. programme — whether under Mumbai University or any other Indian university — this book maps directly onto your Semester I and Semester II organic chemistry papers. The syllabus structure (two papers per semester, totalling 60 lectures for a 3-unit course or 120 lectures for a 6-unit course) is common enough that students from universities across India can use it with only small reference tweaks.

It also serves lecturers who want a ready classroom text with solved examples and a question bank already built in. Tutors coaching entrance and semester examinations will find the chapter-end exercises and the appended question papers particularly handy for setting practice drills.

Even a Class 12 student curious about what organic chemistry looks like at the next level can read the early chapters on nomenclature and bonding without feeling lost — the tone stays introductory through the opening sections. That said, once the book moves into mechanisms and stereochemistry, a first-year undergraduate footing becomes essential.

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