The details of course are following.

• General Organic Chemistry
  • Covers electronic effects (hyperconjugation, inductive, resonance, aromaticity).
  • Builds foundation for reaction mechanisms and stability analysis.
• Reaction Mechanisms
  • SN1, SN2, E1, E2, addition reactions.
  • Essential for solving mechanism‑based questions in exams.
• Named Reactions
  • Aldol, Cannizzaro, Wittig, Michael addition, etc.
  • Frequently asked in competitive exams and board papers.
• Carbohydrates
  • Glucose, fructose, mutarotation, osazone formation.
  • Important for short‑answer and structural questions.
• Polymers
  • Natural and synthetic polymers with applications.
  • Scoring area due to direct factual questions.
• Isomerism
  • Structural, stereoisomerism, R/S and E/Z nomenclature.
  • High‑weightage in problem solving and MCQs.
• Spectroscopy (UV & IR)
  • Chromophores, shifts, Woodward–Fieser rules, IR frequencies.
  • Helps in applied questions and numerical problems.
• Inorganic & Physical Chemistry
  • Atomic structure, periodic properties, bonding, coordination chemistry.
  • Conceptual clarity ensures accuracy in theory questions.
• Physical Chemistry Applications
  • Thermodynamics, kinetics, equilibrium, ionic equilibrium.
  • Numerical practice here secures strong marks.
• Importance
  • Comprehensive coverage ensures confidence in exams.
  • Balances theory, mechanisms, and numericals.
  • Mastery of named reactions, spectroscopy, and equilibrium gives an edge in competitive tests.

Instructor

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