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UV and IR spectra andtheir simple applications.(3) A<strong>to</strong>mic structure and chemicalBonding :Sommerfelds model, Schrodinger equation(General treatment) Elementry idea of valencybond and Molecular orbital theory (bonding , nonbondingand antibonding orbitals) diplole momentand Molecular structure.(4) Electro Chemistry.Reversible and irreversible electrodes,Nernst equation, Standard hydrogen electrodeand glass electrode, concentration cells with andwithout transference, condutivity of solution(specific, , equipment and molecular conductance),ionic velocity and effect of dilution onconductance, conduc<strong>to</strong>metric titrations, Degreeof ionisation and conductivity concept of transportnumber and its determination, Kohlrausch's lawof ionic mobility and its applications. Elementaryidea of theory of strong electrolytes.(5) Thermodynamics :Extensive and intensive properties, isolatedsystem. Intrinsic energy, and enthalpy asproperties of states, Reversible , irreversible andcyclic processes and drive <strong>to</strong>wards equillibrium,Second law of the thermodynamics with reference<strong>to</strong> entropy, physical concept of entropy, simpleapplications of thermodyanmics <strong>to</strong> chemicalprocesses.(6) Nuclear Chemistry :Theory of a<strong>to</strong>mic nucleus and nuclearstability in terms of N/P ratio, binding enegry,packing fraction, mass defect, whole number rule,Effective nuclear charge, a<strong>to</strong>mic disintegration,nuclear section, nuclear cross-section, basicprinciples of nuclear fission and fusion.(7) Chemistry of elements and theircompounds:A comparative study of XIV, XV, XVI,XVII and zero group elements with respect <strong>to</strong>electronic configuration,oxidation states ,hydrides, oxides , halides and hydroxides.(8) Transition and inner transitionelements :Electronic configuration, position in theperiodic table, characteristics, oxidation states.spectral and magnetic properties of transitionelements.General study, electronic structure,oxidation states, spectral and magnetic propertiesof lanthanides, lanthanide contraction.(9) Co-ordination Chemistry :Werner's theory of co-ordinationcompounds, its electronic interpretation valencybond theory for explaining metalling and bonding,hybridisation in complexes.(10) Non-aqueous solvents :Classification and characteristics ofsolvents Chemistry of non-aqueous solvents withspecial reference <strong>to</strong> liquid ammonia and liquidsulphur dioxide.(11) Inorganic Compounds :(i) A detailed study of oxides. oxyacids(including electronic structure ) of nitrogen,phosphorus, and sulphur. Peroxoacids of sulphur.Øe'k%

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