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29th April 2016, 09:55 AM
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| Re: IIT JAM Chemistry Model Question Paper
The syllabus and previous year question paper for JAM (Joint Admission Test) for M.Sc. for admission in any IITs (Indian Institute of Technologies) in India are as follows: Syllabus for IIT JAM (Chemistry) Physical Chemistry Basic Mathematics • Differential equations • Vectors • Matrices Atomic Structure • Bohr’s theory of hydrogen atom • Hund’s rule • Pauli’s exclusion principle • Quantum numbers • Schrödinger’s wave equation • Shapes of orbitals • Uncertainty principles • Wave-particle duality Theory of Gases • Kinetic theory of gases • MaxwellBoltzmann distribution law • Equipartition of energy Chemical Thermodynamics • Chemical and Phase Equilibrium • Entropy • First law and its application to ideal and non ideal gases • Hydrolysis • Ionic equilibrium in solutions • Law of mass action • pH and buffer solutions • Reversible and irreversible process • Thermo-chemistry Electrochemistry • Concentration cells • Conductance • EMF and Free energy • Galvanic cells • Polarography • Transport number Chemical Kinetics • Arrhenius equation • Collision theory • Theory of absolute reaction rate • Chain reactions • Enzyme kinetics • Catalysis Organic Chemistry • Basic Concepts in Organic Chemistry • Acetoacetic and malonic ester chemistry • Aliphatic nucleophilic substitution and elimination reactions • Aromaticity • Beckmann rearrangement • benzoin condensation • Cannizzaro reaction • Claisen condensation • Claisen rearrangement • Diels-Alder reactions • Etherification and ester hydrolysis • Functional group interconversions • Furans • Grignard reagents • Heterocyclic Chemistry • Huckel’s rule • Identification of functional groups by chemical tests • Isomerism • Mechanism and synthetic applications of electrophilic aromatic substitution • Mechanism of aldol condensation • Optical isomerism • Organic Reaction Mechanism and Synthetic Applications • Perkin reaction • Pyrrols and pyridines • Qualitative Organic Analysis • Stereochemistry • Structural problems using chemical reactions • Thiophenes • Wagner-Meerwein rearrangement • Wittig Reactions Inorganic Chemistry • Acid-base • Analytical Chemistry • Applications of isotopes • Characteristics of 3d elements • Chemical Bonding and Shapes of Compounds • Chemistry with emphasis on group relationship • Color and magnetic properties of metal complexes • Coordination complexes • EDTA and precipitation reactions • Hybridization • Ionic solids • Lattice energy • Ligands with back bonding capabilities • Main Group Elements (s and p blocks) • Molecular orbital theory approaches • Nuclear reactions • Oxidation-reduction • Oxide, hydroxide and salts of first row metals • Periodic classification of elements • Periodic Table • Principles of qualitative and quantitative analysis • Radioactivity • Structure of electron deficient compounds (of main group elements ) • Structure of NaCl, CsCl, diamond and graphite • Transition Metals (d block) • Types of bonding • VB and Crystal Field theoretical approaches for structure • VSEPR theory and shapes of molecules    |