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#1
5th November 2015, 04:53 PM
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| IIT JAM of chemistry
I have applied for the IIT JAM exam of Chemistry and want to get the syllabus for the preparation of exam so can you please provide me this?
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#2
6th November 2015, 09:27 AM
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| Re: IIT JAM of chemistry
As you need the syllabus of IIT JAM exam of Chemistry for the preparation of exam so here I am sharing this 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 |
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