Chemistry Master Syllabus
Explore General Chemistry, Fundamentals of Organic Chemistry, and basic Metallurgical principles.
CH-1: Foundation and Fundamentals
Domain: Physical Chemistry. General introduction, atoms, molecules, atomic mass unit, molecular and empirical formula.
CH-2: Stoichiometry
Domain: Physical Chemistry. Daltons atomic theory, laws of stoichiometry, mole concept, limiting reactants, and percentage yield calculations.
CH-3: Atomic structure
Domain: Physical Chemistry. Rutherford and Bohrs models, quantum numbers, shapes of s and p orbitals, and electronic configurations.
CH-4: Classification of elements and periodic table
Domain: Physical Chemistry. Modern periodic law, periods, groups, blocks, IUPAC classification, and periodic trends.
CH-5: Chemical bonding and shapes of molecules
Domain: Physical Chemistry. Octet theory, ionic and covalent bonds, VSEPR theory, hybridization, and hydrogen bonding.
CH-6: Oxidation and reduction
Domain: Physical Chemistry. Oxidation number rules, balancing redox reactions via half-reaction methods, and Faradays laws.
CH-7: States of matter
Domain: Physical Chemistry. Kinetic theory of gases, combined gas laws, ideal gas equation, surface tension, and crystalline structures.
CH-8: Chemical equilibrium
Domain: Physical Chemistry. Dynamic nature of equilibrium, law of mass action, Kp and Kc relations, and Le Chateliers principle.
CH-9: Chemistry of Non-metals
Domain: Inorganic Chemistry. Hydrogen allotropes, oxides, ozone layers, nitrogen compounds, ammonia extraction, halogens, carbon, and sulphur oxides.
CH-10: Chemistry of metals
Domain: Inorganic Chemistry. Metallurgical principles (calcination, roasting, smelting), extraction of Sodium, and compounds of alkaline earth metals.
CH-11: Bio-inorganic chemistry
Domain: Inorganic Chemistry. Micro/macro nutrients, role of metal ions in biological systems (Na/K pump), and heavy metal toxicity.
CH-12: Basic concept of organic chemistry
Domain: Organic Chemistry. Tetra-covalency, catenation, functional groups, cracking, reforming, and gasoline quality assessment.
CH-13: Fundamental principles of organic chemistry
Domain: Organic Chemistry. IUPAC nomenclature, structural & stereoisomerism, homolytic/heterolytic fission, and inductive effects.
CH-14: Hydrocarbons
Domain: Organic Chemistry. Preparation and chemical properties of alkanes, alkenes, and alkynes; tests of unsaturation.
CH-15: Aromatic hydrocarbons
Domain: Organic Chemistry. Huckels rule of aromaticity, structures of benzene, electrophilic substitution rules, and orientation mechanism.
CH-16: Fundamentals of applied chemistry
Domain: Applied Chemistry. Chemical plant design engineering, economics of production cycle, batch processing, and environmental safety.
CH-17: Modern chemical manufactures
Domain: Applied Chemistry. Manufacture processes of Ammonia, Nitric Acid, Sulphuric Acid, Solvay process, and Urea manufacturing flowsheets.