course contents for subjects with code: chem

BS (4 Years) for Affiliated Colleges

Center for Undergraduate Studies, University of the Punjab 1

Course Contents for Subjects with Code: CHEM

This document only contains details of courses having code CHEM.



Code Subject Title Cr. Hrs Semester

CHEM‐101 Chemistry‐I (Physical Chemistry) 3 I

Year Discipline

1 Botany, Zoology, Chemistry‐I, II STATES OF MATTER A. Gases:

Law of equipartition of energy, Collision diameter, collision number, collision frequency and mean free path; Viscosities of gases, measurements, effect of temperature and pressure on viscosities of gasses; Critical phenomenon of gases and experimental determination of Pc, Vc and Tc; Concept of molecular velocities of gasses according to Maxwell’s distribution law and comparison of various velocities.

B. Liquids: The properties of liquids like surface tension, viscosity, refractive index and dipole moment; Parachor, reheochor and molar refraction as additive and constitutive properties; Measurement of refractive index and dipole moment; Magnetic susceptibility and its measurement by Gouys balance.

C. Solids: Symmetry operations and Bravis lattices; Concept of X-Ray diffraction, Bragg’s equation and crystal structure analysis; Powder method of crystal structure analysis; X-ray crystallography of sodium chloride crystal; Heat capacities of solids.

CHEMICAL THERMODYNAMICS: Heat capacity as Cp and Vc; Difference in Cp and Cv and ration of Cp and Cv towards atomicity; Temperature dependence of heat capacities; Quantitative effect of temperature over enthalpy change and internal energy change; Types of thermodynamical processes; Isothermal reversible expansion of ideal gases; Adiabatic process of ideal gasses; Second law of thermodynamics, Carnot cycle, efficiency of heat engine and concept of entropy; Thermodynamics scale of temperature entropy for phase transition, spontaneity and reversibility; Entropy change in reversible and irreversible processes; Temperature dependence of entropy, Variation of entropy with pressure and volume; Concept of free energy; Derivation of Gibbs and Helmholtz equation; standard free energy of formation; Partial molar quantities, Chemical potential, variation of chemical potential with pressure and temperature fugacity; Thermodynamic of equilibrium, Reaction isohore; Calusius-Clapeyron equation; Molecular basis of entropy and probability. CHEMICAL KINETICS: Derivation of kinetic expression of zero order, first order, second order (with same and different concentration) and third order reactions (with same concentrations) with suitable examples; Equation for half life periods and determination of rate constants; Methods of measurements of order of reactions giving examples with different techniques; Derivation of Arrhenius equation and measurements of Arrhenius parameters, Measurement of slopes of Arrhenius plots for some important reactions Bimolecular collision theory of reaction rates and its failures; Collision theory of uni-molecular, gas phase reactions (Lindeman mechanism); Introduction transition state theory of reaction rates. SOLUTION: Thermodynamics derivation of colligates properties as lowering of vapor pressure, elevation of boiling point, depression of freezing point; Relationship between lowering of vapor pressure with ∆Tb and ∆Tf; Osmotic pressure an their determination; Concept of semi



permeable membrane, Isotonic solution, theory of osmotic pressure, relationship between vapor pressure and osmotic pressure, Abnormal colligative properties describing association and disassociation of solutes; Fractional distillation and idea of azotropes in detail; Concept of colloids; Classification of Colloids; their properties with reference to dialysis, electro dialysis, sedimentation, precipitation, ultra filtrations, Suspensions and gels; Tyndal cone effect; Macromolecules and micelles. SURFACE CHEMISTRY: Introduction to adsorption; Difference between physical and chemical adsorption; Adsorption of gases by solids; Different types of adsorption isotherms with special reference to Langmuir adsorption isotherm and its applications; Freundlich adsorption isotherm giving some important applications; Brief introduction to catalysis; Theories of Catalysis; Activation energy for catalyzed reactions; Kinetics of enzyme catalysis; Theories of catalysis; Activation energy for catalyzed reactions; Kinetics of enzyme catalysis. Recommended Books: 1. Adamson A. W. “Understanding Physical Chemistry” 3rd Ed., Benjamin Cummings

Publishing Company Inc. 2. Akhtar M.N.& Ghulam Nabi, “Textbook of Physical Chemistry”, ilmi Kutab Khana,

Lahore. 3. Bhatti H.N. and K.Hussain, “Principles of Physical Chemistry”; Carwan Book House,

Lahore. 4. Maron S.H. & B. Jerome, “Fundamentals of Physical Chemistry”, Macruthan Publishing

Co., Inc. New York. (Also published by National Book Foundation). 5. Atikins P.W.& M.J.Clugston, “Principles of Physical Chemistry” Pitman Publishing

Company (1988). 6. Moore W.J. “Physical Chemistry”, 5th Ed. Longmans Publishers. 7. Jones M. “Elements of Physical Chemistry” Addison-Sesky Publishing Company. 8. G.M.Barrow, International six Edition “Physical Chemistry”. 9. IRA. N. Levine fourth edition “Physical Chemistry” 10. Alberty and Danials, “Physical Chemistry” 11. Castallon, “Physical Chemistry” 12. Laidler & Meiser “Physical Chemistry” 13. Friemental “Chemistry in Action”




CHEM‐102 Chemistry Lab‐I (Physical Chemistry) 1 I

Year Discipline

1 Botany, Zoology, Chemistry‐I, II 1. Determination of percentage composition by surface tension, viscosity and refractive

index method. 2. Determination of heat of solution for solids and liquids. 3. Quantitative measurement of colored salt of KMnO4, K2Cr2O7 in colorimeter. 4. Study of first order reaction:

a) Study of hydrolysis of methylacetate b) Measurement of rate constant

5. Measurement of molecular weight by; Depression of freezing point. 6. Determination of transition temperature of Na2SO4 10 H2O ; Na2CO3 10 H2O; MgSO4 7

H2O Recommended Books: 1. Crocleford H.D., H.W.Biard, F.W. Getzen & J.W. Nowell, “Laboratory Manual of

Physical Chemistry”, 2nd Ed., John Wiley & Sons London. 2. Das R.C. and B. Behera, “Experimental Physical Chemistry”, Tata McGraw Hill

Publishing Company Limited. 3. Levitt B.P., “Findlay’s Practical Physical Chemistry”, 9th Ed., Longman Group

Limited.




CHEM‐103 Chemistry‐II (Inorganic Chemistry) 3 II

Year Discipline

1 Botany, Zoology, Chemistry‐I, II Periodicity Modern periodic table; Similarities and differences in first row elements, their diagonal and vertical relationship with other elements; Electro negativity of elements (Pauling and Mullikan scales); Polarizability and polarizing power of ions; Periodicity in the properties of transition and inner transition elements. Theories of Chemical Bonding Nature and types of chemical bonding; Modern concept of valence bond theory (VBT), molecular orbital theory (MOT) and their applications to homo and hetero di-and polyatomic inorganic molecules, explaining the conventional and modified MO diagrams; Valence shell electron pair repulsion theory (VSEPR), explaining the shapes of inorganic molecules (i.e. AB2, AB3, AB2E, AB4, AB3E, AB2E2, AB5, AB4E, AB3E2, AB2E3, AB6, AB5E, AB4E2) and directed valence theory (Hybridization), Metallic bonds (detailed concept). Acid-Base Concept General concept of acids and bases. Detail of Lewis concept of acids and bases; Soft and hard acid-base (SHAB) concept and its applications. Relative strength of acids and bases based on Pk values. Reactions of acids and bases. Relationship between redox reactions and acid base reactions. Indicators and theory of indicators. Chemistry of d-Block Elements Electronic configuration and oxidation states of transition elements. Metallurgy of chromium, nickel and copper. Theories of coordination compounds, valence bond theory (VBT), molecular orbital theory (MOT) and crystal field theory (CFT) for tetrahedral and octahedral complexes. Nomenclature and Isomerism in coordination compounds. Chelates. Application of coordination compounds. Nuclear Chemistry Phenomena of radioactivity; Natural radioactivity, Radioactive disintegration series, rate of disintegration and half life period, Mass defect and binding energy, nuclear stability; measurement of nuclear radiation, Wilson cloud chamber and Geiger-Muller counter, Carbon dating; Artificial radioactivity and nuclear transformations, Nuclear reactions (fission and fusion), Uses of radioactive isotopes; Biological effect of nuclear radiation. Chemical Industries Glass, Soda ash and Soap. Recommended Books: 1. Cotton, F, Albert, Goeffrey Wilkinson and Paul L. Gaus, “Basic Inorganic

Chemistry”, John, Wiley & Sons Ine, 3rd Edition (1995). 2. Lee, J.D., “Modem Inorganic Chemistry”, Champan & Hall, 5th Edition (1996). 3. Jolly, William, L., “Modem Inorganic Chemistry”, McGraw Hill, 2nd Edition (1991).



4. Shriver, D.F., P.W. Atkins and C.H. Langford, “Inorganic Chemistry”, Oxford, 2nd Edition (1996).

5. Sharp, A.G. “Inorganic Chemistry”, Longman, 3rd Edition (1992). 6. Rayner Canham, Geiof., “Descriptive Inorganic Chemistry” & Co. (1995). 7. Jefferey, G.H., j. bassett, J.Mendham and R.C. Denney, “Vogel’s text book of

Quantitave Chemical analysis”, 5th Education, Benjamin Cummings, (1989).




CHEM‐104 Chemistry‐II (Inorganic Chemistry) 3 II

Year Discipline

1 Botany, Zoology, Chemistry‐I, II PAPER CHROMATOGRAPHY Separation & identification of cations/basic radicals of group I, II.A, II.B & III. Also calculate their Rf values. ARGENTOMETRY MOHR’S METHOD 1) Determine the %age purity of NaCl (rock salt) 2) Determine the amount of NaCl in the commercial sample of soda ash. VOLHARD’S METHOD 1) Determination of %age purity of HCl. 2) Determination of silver in the given sample, using KSCN or NH4SCN. REDOX TITRATIONS (By using both internal and external indicators) 1) Determination of amount/dm3 of FeSO4.7H2O with K2Cr2O7. 2) Determination of %age purity of K2Cr2O7 by using standard solution of Mohr’s salt. 3) Determination of number of water molecules (x) in FeSO4. xH2O using K2Cr2O7. 4) Determination of Ca2+ by KMnO4. 5) Determination of %age of iron in ferric alum (NH4)2SO4.Fe2(SO4)3.24H2O using

K2Cr2O7. COMPLEXOMETRY 1) Standardization of EDTA solution by magnesium/zinc sulfate solution. 2) Find out the amount of Ca2+ in the given sample of marble (lime stone). 3) Determination of Ca2+ and Mg2+ in the sample by using EDTA. Books Recommended: 1. Vogel, “A.I.A. Text Book of Macro and Semi micro-qualitative Inorganic Analysis”,

Longamn Green & Co., (1995). 2. Skoog, D.A., D.M. West and F.J. Holler, “Analytical Chemistry”, 6th Edition,

Saunders College Publications, (1994). 3. Javed Iqbal, Amin, “Theory and Practice of chromatography”, Higher Education

Commission, Islamabad, (2002).




CHEM‐111 Fundamentals of Chemistry 3 I

Year Discipline

1 Physics Atomic structure, Periodic table and Atomic properties, Types of Chemical Bonding,

Gaseous, and Liquid states of matter. Nature of covalent bond, Lewis structure, bond length. bond angles and bond

energies. localized and delocalized bonding resonance valence bond theory and molecular orbital concepts. Hybridizations. Sp3. Sp2, and Sp orbital. Dipole moments, inductive and resonance effects, rules for relative contribution from different resonance structures.

Modern concepts using mathematics for understanding the principles, Fundamental laws, Atomic molecular structure, states of matter. Equilibrium, Kinetic, and elementary inorganic, organic, and nuclear chemistry. Physical chemistry Recommended Books: 1. Physical Chemistry by W.J. Moore, Prentice Hall College Div: 4th edition. tune 1972. 2. Basic Inorganic Chemistry by Cotton Wilkinson LeGain 3rd Ed. 1995. 3. Organic Chemistry by T.R. Morrison and R N. Boyd Allyn and Bacon Inc.

Longman Higher Education Division (a Pearson Education company); January 1, 1979.

4. Organic Chemistry by Khairat & Rahman. The Caravan Book House.




CHEM‐201 Chemistry‐III (Organic Chemistry) 3 III

Year Discipline

2 Botany, Zoology, Chemistry‐I, II Basic Concepts in Organic Chemistry Hybridization of orbitals of carbon atoms in alkanes, alkenes, alkynes and arenes. Hybridization of orbitals of nitrogen, oxygen and sulfur atoms in various functional groups, Localized and delocalized chemical bonding; Conjugation and hyper conjugation; Resonance, rules of resonance, resonance energy, resonance hybrid, factor effecting the resonance; Inductive effect, applications of inductive effect and resonance on various properties of organic compounds; Steric effect and its applications, Hydrogen bonding and its effects on various properties of organic compounds, Tautomerism. Nomenclature of Organic Compounds Nomenclature of alkanes, alkenes, alkynes, cycloalkanes, bicycycloalkanes, spiroalkanes, Monofunctional and polyfunctional derivatives of open chain and cyclic compounds; Polysubstituted benzenes; Polycyclic hydrocarbons such as naphthalene, anthracene, phenanthrene and their derivatives; Heterocyclic compounds. Hydrocarbons a) Alkanes and Cycloalkanes

Preparation of alkanes from alkyl halides, coupling of alkyl halide and alkylboranes, reduction of carbonyl compounds, Kolbe’s electro synthesis, Corey-house-synthesis, hydrogenation of alkenes and alkynes. Reactions of alkanes with halogens, their mechanism and comparison of reactivities of halogens; combustion, isomerization, nitration and sulfonation. Preparations of cycloalkanes by Freund synthesis, Hydrogenation of cyclic alkenes,; Structure and stability of cycloalkanes; Reaction of cycloalkanes.

b) Alkenes and Alkynes Preparation of alkenes from elimination reaction of alkyl halides and alcohols; Mechanism and orientation of eliminations; Dehalogenation of vicinal dihalides with mechanism; Pyrolytic eliminations. Reactions of alkene; relative stability and reactivity; Addition of halogens, additions of halogen acids and the rules governing these reactions, hydration reactions, oxidation reactions including epoxidation and hydroxylation, polymerization; Simon-Smith and Diels-Alder reactions. Preparation of alkynes by carbide process, dehydrohalogenation of dihalides and alkylation of terminal alkynes. Reactions of alkynes: addition reactions with mechanisms, hydration reactions, oxidation, reduction, hydroboration, formation of metal acetylides, polymerization (linear and closed chain).

c) Aromatic Hydrocarbons Structure of benzene, Resonance energy of benzene, Aromaticity, criteria for aromaticity, Evidences of aomaticity; Natural sources of aromatic hydrocarbons; Preparation of aromatic hydrocarbons by different methods. Reaction of aromatic hydrocarbons: electrophilic aromatic substitution reactions i.e. nitration, halogenation, Friedel-Crafts reaction and its limitations, sulfonation; Orientation and reactivity of substituted benzenes;



Nucleophilic aromatic substitution reactions; reaction such as addition, hydrogenation, Birch reduction, and oxidation reactions of side chains. Polycyclic aromatic hydrocarbons like naphthalene, anthracence and phenantharene, their resonance structures and relative stabilities; Synthesis of naphthalene; Electrophilic substitution reactions of naphthalene; Oxidation and reduction reactions; Brief description of orientation and reactivity of naphthalene

Isomerism • Conformational isomerism: conformational analysis of ethane, n-butane,

cyclohexane, mono- and di-substituted cyclohexanes. • Optical isomerism: optical activity; chirality and optical activity; enantiomers,

diastreomers; racemates and their resolution; D, L and R, S conventions; Optical Isomerism in cyclohexanes, biphenyls and allenes

• Geometrical Isomerism: cis and trans isomers; E-Z convention; Determination of configuration of the isomers; Inter-conversion of geometrical isomers; Geometrical isomerism in cyclic compounds.

Alkyl halides Preparation of alkyl halides from alcohols and carboxylic acids; Chemical reactions: Aliphatic nucleophilic substitution reactions, SN1 and SN2 mechanism, effects of the nature of substrate, attacking nuclophile, leaving group and the nature of solvent. Elimination reactions, E1 and E2, mechanisms, orientation of elimination ( Hoffmann and Sytzeff rules). Grignard Reagents; synthesis, structure, and reactions with active hydrogen compounds, carbonyl compounds such as aldehydes, ketones, esters, acid halides and CO2; Reactions with nitriles, ethylene oxide, sulphur and oxygen. Chemistry of Hydroxyl Group containing Compounds and Ethers Alcohols: Physical properties; Preparation of alcohols by the reduction of carbonyl compound,; Reactions of alcohol with metals, organic and inorganic acids; Oxidation of alcohols; Distinction between primary, secondary and tertiary alcohols; Preparation of diols, triols and their important reactions and uses. Phenols: Physical properties; Synthesis of phenols; Reactions of phenols such as acylation, Friedel-Crafts reaction, nitration, sulfonation, carbonation, formylation and diazo coupling. Ethers: Physical properties; Preparation of ethers from alcohols, alkyl halides and alkenes; Reactions of ethers; Brief introduction of crown ethers and polyethers. Recommended Books: 1. C.K. Ingold, “Structure and mechanism in organic chemsitry”, C.B.S. 2. I.L.Finar, “Organic Chemistry”, Vol. I, Pearson Education, L.P.E. 3. I.L.Finar, “Organic Chemistry”, Vol. II, 5th Edition, L.P.E. 4. Jerry March, “Advanced Organic Chemistry, Reaction, Mechanism and Structure”, 5th

Edition, Wiley Inter Science. 5. Morison and Boyd, “Organic Chemistry”, 6th Edition, Prentice Hall. 6. Seyhan N. Ege, “Organic Chemistry Structure and Reactivity”, 3rd Edition, The

University of Michigan, A.I.T.B.S. Publishers & Distributors (Regd.). 7. Thomas H. Lowry, Kathleen Schueller Richardson “Mechanism and Theory in

Organic Chemistry”, 3rd Edition, Harper and Row Publishers, New York. 8. Alder, Baker, Brown, “Mechanism in Organic Chemistry”, Wiley Publishers. 9. Atkins Carey, “Organic Chemistry”, A Brief Course, 2nd Edition. 10. Peter Sykes, “A guide book to mechanism in organic chemistry”, 6th Edition, Pearson

Education, Singapore.



11. Carruthers, “Modern Methods of Organic Synthesis”, Cambridge low Priced Edition, Cambridge.

12. Harris, Wamser, “Fundamentals of Organic Reaction Mechanism”, Wiley Publishers. 13. G. Malcolm, Dyson, “A Manual of Organic Chemistry”, Vol. I. 14. Canant Blat, “The Chemistry of Organic Compound”, 5th Edition. 15. R. Panico, W.H.Powell, Jean-Claude Richer, “A guide to IUPAC Nomenclature of

Organic Compounds”, Blackwell Sci. Publication, 1993.




CHEM‐202 Chemistry Lab‐III (Organic Chemistry) 1 III

Year Discipline

2 Botany, Zoology, Chemistry‐I, II 1) Compound Analysis

Identification of organic compounds containing only one functional group with special emphasis on compounds containing following functional groups. -COOH, -OH, C=O, -NH2, and –CONH2

2) Basic Experimental techniques used in organic chemistry 1) Filtration 2) Simple and fractional distillation 3) Solvent extraction 4) Sublimation 5) Re-crystallization 6) Column Chromatography

3) Estimations (volumetric) 1) Determination of molecular weight of a carboxylic acid. 2) Estimation of amide group and glucose.

Recommended Books: 1. K.M.Ibne Raza, M.A. Rehman, Abdur Rehman, “Organic Chemistry”, The Carvan

Book House, Lahore. 2. B.S. Furniss, “Vogel’s T.B of Practical Organic Chemistry”, Addison Wesley

Longman, Inc. 1989. 3. Frederick George Mann and Saunder, “Practical Organic Chemistry”, The English

Language Book Society, 1960. 4. Daniel R. Palleras, “Experimental Organic Chemistry , John Willey & Sons” Inc.,

2000. 5. James A. Moore, “Experimental methods in Organic Chemistry”, Holt-Saunders Int.,

1983. 6. R.L. Shriner, R.C Fuson, D.V. Curtin and T.C Morrill “The systematic identification

of organic compounds, 6th ed. John Willey & sons, 1979.




CHEM‐203 Chemistry‐IV (General Chemistry) 3 IV

Year Discipline

2 Botany, Zoology, Chemistry‐I, II Quantum Mechanics and Atomic Structure: Elementary treatment of Compton effect and photoelectric effect; Brief discussion of result of Bohr’s Model and its defects; Somerfield’s modification and evolution of azimuthal quantum number; Dual nature of matter; Verification of dual nature by Davisson and Germer’s experiment; Detail of Heisenberg’s uncertainty principle; Postulates of quantum mechanics; Brief introduction of operators; Derivation of time independent Schrodinger wave equation in terms of polar coordinates and derivation of principle quantum number; Energy equation for free motion of particle in one-dimensional box; Eigen values and Eigen functions; normalization of wave function; Probability functions; radial distribution, probability density functions. Electrochemistry: Electrolytic conduction and its measurement; Specific, equivalent and molar conductance, Determination of resistance; Cell content, conductance ratio, conduction of strong and weak electrolytes; Ionic motilities and their determination; Kohlrausch’s law and its applications; Faraday’s law (first and second) and their significance; Transport number; Hittort’s rule; Determination of transference number by Hittort’s method. Applications of conductance measurement; EMF of the chemical cells; Electrode potential and its measurement with reference to Weston standard, glass electrode, calomel electrode and quinhydrone electrode; Nerst equation; Thermodynamics of cells; Concentration of cells with liquid junction and without liquid junction. Evaluation of Analytical Data and Essentials of Chemical Analysis: Some fundamental concepts like mole, activity and activity co-efficient; Concepts of mean, median, accuracy, precision, significant figures; Various types of errors, their detection and elimination; Standard deviation; Relative standard deviation; Confidence limits; Rounding off the analytical data. Law of mass action and its applications; precipitation and solubility product; common ion effect; Co-precipitation, fractional precipitation, concept of pH, buffers, working of indicators. Spectroscopy: Electromagnetic radiation and its interaction with matter; Nature of different transitions possible in atoms and molecules; Electronic, vibrational, rotational and other possible transitions by absorption of radiation by molecules and atoms. Development of spectroscopic analytical techniques employing various transitions. Classification of spectroscopic techniques on the basis of type of radiation, phenomenon occurring and the nature of the matter. Basic introduction to atomic and molecular spectroscopic techniques including flame emission, spectrophotometry, UV, IR spectroscopy. Chemistry of Carbonyl Compounds: Preparation of aldehydes and ketones by pyrolysis of calcium salts of acids, acylation of alkenes and arenas, reduction of acid halides and nitriles. Physical properties of aldehydes and ketones; Structure and reactivity of carbonyl group; Comparison of the reactivity of aldelydes and ketones; Nucleophilic additions of water, alcohols, ammonia and its derivatives, hydrogen cyanide, bisulfite, reduction and oxidation reactions; Aldol condensation and related reaction; Cannizaro’s reaction; Witting reaction; Oxidation reactions, Chemical tests of aldehydes and ketones.



Chemistry of Carboxylic Acids and Their Derivatives: Physical properties of carboxylic acids; Effects of different parameters on the acid strengths of aliphatic and aromatic carboxylic acids. Chemical properties like salt formation nucleophilic acylt substitution, reduction of carboxylic acids, decarbonylation, Hunsdicker reaction, Kochi reaction, substitution at a-carbon. Preparations, properties and reactions of acids chlorides, acids anhydrides, amides, cyanides, and esters; Malonic and acetoacetic esters syntheses. Recommended Books: 1. Adamson A. W. “Understanding Physical Chemistry” 3rd Ed. Benjamin Cummings

publishing company Inc. 2. Akhtar M.N. & Ghulam Nabi, “Textbook of Physical Chemistry” ilmi kutab khana,

Lahore. 3. Bhatti H.N. and K. Hussain, “Principles of Physical Chemistry”; Carwan Book

House, Lahore. 4. Shriver, D.F., P.W. Atkins and C.H. Langford, “Inorganic Chemistry”; Oxford, 2nd

Ed. (1996). 5. Snarp, A.G. “Inorganic Chemistry”, Longman, 3rd Edition (1992). 6. Rayner Canham, Gelof, “Descriptive Inorganic Chemistry” & Co. (1995). 7. Daniel R. Pallers, “Experimental Organic Chemistry, John Willey & Sons” Inc., 2009. 8. James A. Moore, “Experimental methods in Organic Chemistry” Holt-Saunders Int.

1983. 9. R.L. Shriner, R.C. Fuson, D.lV. Curtin and T.C. Morrill “The systematic

Identification of organic compounds, 6th ed. John Willey & sons, 1979.




CHEM‐204 Chemistry Lab‐IV (General Chemistry) 1 IV

Year Discipline

2 Botany, Zoology, Chemistry‐I, II 1) Verification of first law of Faraday by electroplating of CuSO4, NiSO4, Cr2 (SO4)3, Ag+

CN and Au+ CN. 2) Conductometeric and potentiometric titration using conductivity bridge and pH meter. 3) Measurement of reduction potential using of Zn, Cu, Ag, Al etc. by using calomel

electrode. 4) Verification of Langmuir Isotherm. 5) Thin layer chromatography. Preparations: 1) Ferric Alum 2) Potassium tri-oxalato aluminate 3) Sodium Thiosulfate 4) Amm. Coppr (II) Sulphate Iodometry: 1) Determination of iodide and Kl in the given sample solution. 2) Standardization of Na2S2O3. 5H2O solution. 3) Determination of amount/dm3 of Cu2+ in CuSO4. 5H2O using Na2S2O3 and Kl. 4) Determination of number water molecules (x) in CuSo4 xH2O. Preparation of Organic Compounds: Preparation and techniques of purification of tribrmophenol, nitrobenzene, aspirin, ethyl benzoate and benzoic acid from toluene, butyl chloride, acetanilide. Estimations (volumetric): 1) Determination of molecular weight of a carboxylic acid. 2) Estimation of amide group and glucose. Recommended Books: 1. Crocleford H.D. H.W. Biard F.W. Getzen & J.W. Nowell, “Laboratory Maual of

Physical Chemistry” 2nd Eddition John Wiley & Sons London. 2. Skoog, D.A., D.M. West and F.J. Holler, “Analytical Chemistry” 6th Ed. Saunders

College Publications (1994). 3. Javed Iqbal Amin, “Theory and Practice of Chromatography”, Higher Education

Commission, Islamabad. (2002). 4. James A. Moore, “Experimental methods in Organic Chemistry”, Holt-Saunders

Int.,1983. 5. R.L. Shriner, R.C., Fuson D.V. Curtin and T.C. Morrill “The systematic identification

of organic compounds, 6th Ed. John Willey & Sons 1979.




CHEM‐301 Physical Chemistry 4 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Electrochemistry:

Idea of conductance of electrolytes, Deby-Huckle equation and limiting law, ionic strength, weak electrolyte and Deby-Huckle theory, Activity and activity coefficients of electrolytic solution, determination of activities, concentration cells, Types of concentration cells, derivation of E.M.F of concentration cells with and without transference, Fuel cells and hydrocarbon cells.

2. Quantum Chemistry:

Postulates of quantum theory, Eigen functions, operators, Schrödinger’s wave equation, particle in one dimensional box, Normalized wave function and orthogonality, Quantum mechanical tunneling, motion of particle in three dimensional box and idea of degeneracy, separation of variables and derivation of quantum numbers, Mathematical treatment of rigid rotator and calculation of bond length of simple molecules, harmonic oscillator and calculation of bond length of simple molecules, harmonic oscillator and calculation of vibrational frequencies, formation of covalent bond, Mathematical treatment of He2+ and H2 molecules, discussion of overlapping integrals, molecular orbital theory and formation of H2 and O2 molecules.

3. Chemical kinetics:

Concept of rate law and order of reaction, Kinetics of 3rd order reaction with different concentrations and molecular identity, kinetics of opposing, parallel and consecutive reactions, basic experimental methods, Kinetics of thermally excited chain reactions like reaction of H2 and Br2, kinetics of thermal decomposition of ozone, N2O5 and CH3CHO.

RECOMMENDED BOOKS: 1. Physical Chemistry, Samuel Glasstone, 1995. Macmillan and Co. Ltd. St. marlins Street,

London. 2. Principles of Physical chemistry, Maron and Prutton, 1965 the Macmillan Company,

Collier Macmillan Ltd. London. 3. Physical Chemistry, Barrow, 1973, McGraw Hill, Tokyo. 4. Physical Chemistry, Moore, 1972, Rentice Hall, Englewood cliffs, Jersey. 5. Physical Chemistry, Alberty and Daniels, 1962, McGraw Hill Book Company Ltd

London. 6. Physical chemistry, Alkins, 1989, Oxford University Press, Walton Street, Oxford. Physical Chemistry, Castallan, 1972, Addson Westey Publishing Company, Menla Park, California, London.




CHEM‐302 Physical Chemistry Lab 2 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Basic Concepts:

Preparation of standard molar and Normal solutions and percentage. compositions of different compounds 2. Chemical Kinetics:

To investigate the kinetics of hydrolysis of ethyl in the presence of an acid. To determine the relative strength of acids (HCl and H2SO4) studying the hydrolysis of an ester.

3. Electric conductance of electrolytes:

To determine the cell constant of given cell. To determine the equivalence conductance of solution of weak electrolyte. At a no. of dilution at room temperature and from this result to verify Oswald’s law. To determine the solubility of sparingly soluble salt. To determine the solubility of weak base of NH4 OH by titrating it against Standard solution of HCl by using conductivity method. To determine the strength of given base by titrating it against standard Acetic acid solution and HCl solution using conductivity meter. To determine the strength of HCl and CH3 COOH in the given mixture of both by titrating it against NaOH conductometrically. To determine the equivalent conductance of a weak electrolyte at infinite dilution using Kohlraush law.

4. Phase Equilibria:

To determine the partition coefficient of benzoic acid and iodine between CCl4 and H2O. RECOMMENDED BOOKS: 1. Advanced Experimental Physical Chemistry by Ayodhya Sing. 2. Experimental Physical Chemistry by Daniel 3. Experimental Physical Chemistry by G.Peter Mattews. 4. Experiments in Physical Chemistry by Shoemaker.




CHEM‐303 Inorganic Chemistry 4 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Pi- acceptor Ligands: Transition metal carbonyls (Mononuclear, Binuclear, Poylnuclear), synthesis, bonding situation based on spectroscopic evidences; Theoretical rationalization of molecular structures, (close, nido, erachno), Synthesis. Characteristics and reactivity of derivatives of metal carbonyls (carbonylate anions, carbonyl hydrides and carbonyl halides); Metal nitrosyls including halonitrosyl and their derivatives. 2. Chemical bonding: Metallic bond on the basis of band model, X-ray spectra and N(E) curves, n(E) curves. Binding energy in metals, conductors, semi-conductors and insulators. Effect of temperature and impurities on conductivity. 3. Coordination Compounds: (Structure & Bonding) Development of coordination compounds, Rules of inorganic nomenclature for acids, salts, radicals, ions, iso and heteropoly anions & compounds. Hybridization in coordination compounds with coordination number from 2 to 9. MO diagrams for metal complexes of common geometry. Important features of CFT, d-orbitals splitting for various common geometries, measurement of 10 Dq., factors effecting 10 Dq. CFSE, factors influencing magnitude of variation in lattice and hydration energy for ions of first transition series. RECOMMENDED BOOKS: 1. J H Huheey, Inorganic Chemisry - Principles, structure and reactivity, Harper

and Row Publisher, Inc. New York (2008) 2. 3) J. D. Lee, Concise Inorganic Chemistry, Elbs with Chapman and Hall, London 3. Chemical Bonds, and introduction to atomic and molecular structure by H.B. Gray 1973,

W.A. Benjamin, Inc., London 4. Advanced Inorganic Chemistry F.A. Cotton and G.Wilkineon 6th Ed. 2001, Interscience,

Publishers, London. 5. Coordination Compounds by S.F.A. Kettle, 1999, Nelson , (Nauohi Kenya).




CHEM‐304 Inorganic Chemistry Lab 2 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Chromatographic Techniques:

(a) Separation of metal ions by paper chromatography and their identification with the help of locating agents and comparison of Rf values.

(b) Separation of anions by paper chromatography and their identification.

2. Aqueous acid-base Titrations:

(a) Estimation of SO2 and SO3 in air and discharged from an industrial process. (b) Estimation of CO2 (c) Estimation of oxalic acid and H2SO4 in a mixture. (d) Estimation of H3BO3 and NaH2BO3 in a mixture. (e) Determination of %age composition of a mixture containing H3BO3 and

CH3COOH. 3. Precipitation Titrations:

Estimation of following anions with the help of adsorption indicators: (i) Chloride (ii) Bromide (iii) Sulphate (iv) Chloride and Iodide in a mixture.

RECOMMENDED BOOKS: 1. J. Bassett, R. C. Denny, G. H. Jeffery and J. Mendham, Vogel’s Text Book of qualitative

Inorganic Analysis, the English Language Book Society and Longman, New York, (2008) 2. Quantitative Analysis Chemistry, James S. Pritz, George H. Sehenk, 2001 Alby and

Becon Inc. London. 3. Theory and practice of chromatography by Prof. Dr. Javed Iqbal (2002). 4. Instrumental analysis by Gary D. Christian and James E.O., Reilly, 2007, Allyn and

bacon Inc., London. 5. Hand Book of Organic reagents in Inorganic Analysis by ZAVIX Holzbecher and other

1976 Ellis Hurwod Limited, London.




CHEM‐305 Organic Chemistry 4 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Acid-base strength:

pKa and Ka values, electronic effects (Inductive and resonance effects), field effect, solvent effect, hyper-conjugation, hydrogen bonding, steric and stereo-chemical effects, and hybridization.

2. Stereochemistry: (a) Conformation Analysis

The concept of conformational analysis in ethane, propane, n-butane, pentane, cyclopentane, cyclohexane, substituted alkanes, substituted cycloalkanes and decalins.

(b) Optical isomerism:

Configuration, Chirality and symmetry, optical isomerism upto three chiral carbon atoms, enantiomers and diastereomers, R and S nomenclature, Racemates, Racemization and Resolution of Racemates, epimerization. Walden inversion, Stereoisomerism in biphenyls, allenes and spiro-compounds

(c) Geometrical isomerism

Cis & Trans, and Z & E conventions, Determination of configuration, Geometrical isomerism in cyclic compounds.

3. Active Methylene Compounds: Alkylation, arylation, and acylation of active methylene compounds, Acid and base catalysed aldol condensation. Conditions, mechanism and synthetic applications of the following reactions; Claisen, Claisen Schmidt, Knoevenagel, Perkin, Reformatsky, and Stobbes condensations, Darzen’s glycosidic ester synthesis, Mannich and Wittig reactions.

RECOMMENDED BOOKS: 1. Organic Chemistry, Volume I (6th ed.) & II (5th ed.) by I.L. Finar, Pearson Education

(singapore) Pte Ltd, 2008. 2. March's Advanced Organic Chemistry: Reactions, Mechanisms, and Structure, 6th ed.

by Michael B. Smith, Jerry March, Wiley, 2007 3. Organic Chemistry, 5th ed.; by S. H. Pine, McGraw Hill: New York,1987 4. Organic Chemistry 6th ed. by Francis A. Carey, McGraw Hill, 2005. 5. Organic Chemistry 6th ed, by R. T. Morrison, R. N. Boyd, and R. K. Boyd, Benjamin

Cummings, 1992,. 6. Modern Synthetic Reactions 2nd ed. by H.O.House , W.A. Benjamin Inc., Menlo Park,

CA 7. Principles in Organic Synthesis by R.O.C Norman & J. M. Coxon, Chapman and Hall,

1993 8. Organic Chemistry by Jonathan Clayden, Nick Geeves, Stuart Warren, Oxford

University Press 2000.




CHEM‐306 Organic Chemistry Lab 2 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Organic Preparations:

Benzyl alcohol; Ethyl benzene; benzilic acid, p-Nitrophenol, acetophenone oxime, acetophenone arylHydrazone.

2. Quantitative and Qualitative Analysis of Organic compounds:

Estimation of glucose, and Number of acetyl groups, two component mixture analysis. RECOMMENDED BOOKS: 1. Practical Organic Chemistry by F. G. Mann and B. C. Saunders, Longman, UK, 1978. 2. Vogel's Textbook of Practical Organic Chemistry (5th ed.) by A.I. Vogel, A.R.

Tatchell, B.S. Furnis, A.J. Hannaford, P.W.G. Smith, 1989, Longman UK, 1989. 3. The Systematic Identification of Organic Compounds, (8th ed.) by Ralph L. Shriner et al.,

Wiley, 2003. 4. Advanced Practical Organic Chemistry, by J. Leonard, B. Lygo, G. Procter, CRC, 1994. 5. Advanced Practical Organic Chemistry (2nd ed.) by N. K. Vishnoi, Vikas Publishing

House Pvt Ltd, India, 1996.




CHEM‐307 Analytical Chemistry 4 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Introduction / Assessment of Analytical Data Introduction and scope of Analytical Chemistry: Analytical problems and their solutions; The nature of analytical methods; trends in analytical methods; Different units of concentration and their conversion; Definition and basic concepts: nature and origin of errors, Classification of errors; Accuracy and Precision; Limits of detection, Confidence limits; Deviation, Standard deviation, Application of statistical tests; Rounding off analytical data; Quality control charts; Computation of analytical data. Significance of sampling, weighing and measuring in Analytical chemistry. 2. Basic Chromatography Techniques Classifications of Chromatographic Techniques, Paper and Thin Layer Chromatographic Techniques; their instrumentation, applications and limitations, Column Adsorption Chromatography, 3. Introduction to Spectroscopy / Spectrophotometry Introduction to Molecular spectroscopy, absorption in UV and Visible range; Basic principle of Spectrophotometry; Beer-Lambert’s law; Deviations; Instrumentation and application. RECOMMENDED BOOKS: 1. Analytical Chemistry by J.D. Dick, McGraw Hill, 1973, N.Y. also available in

International students edition McGraw Hill, Mogakusha, 1973. 2. Instrumental Methods by W.Ewing, Mc Graw Hill Book Co. N.Y. (Third/Fourth Edition)

also available in International students edition. 3. Chromatography by R.K Sharma , Gogel publishing home meerret 4. Introduction to chromatography by Nasir-ud-din, Published by author 5. Paper chromatography by Dr.Friedrich Cramer, London Macmillan and Co Ltd 6. Thin- layer chromatography by Marini, Elservier publisher 7. Modern analytical chemistry by David Harvey, Roohani-art press, Islamabad 8. Principle and Practice of analytical chemistry by Fillfield, Blackwell Science Ltd 9. Spectroscopy by Browing, Mcgram Hill London 10. Fundamentals of Chromatography by H.G. Cassidy, Inter Science Publisher,

London, N.Y. 11. Fundamentals of Analytical Chemistry by Doughlas Skoog and Donals M. W. West, Holt

Reinchart and Inc, London.




CHEM‐308 Analytical Chemistry Lab 2 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Calibration Calibration of glassware (pipette, burette and flask) used for volumetric analysis. Use of analytical balance and calculation of standard deviation. Calibration of pH meter and determination of pH of various acidic and basic solution. Calibration of conductometer and determination of conductance of tap water, distilled water, conductivity water and canal water. Calculation of dissociation constants of various acids. Calculation of variance, mean, median, coefficient of variance of the data. 2. Basic Chromatography Separation of ink components by paper chromatography. Separation of amino acids by thin layer chromatography. Separation of dyes by column chromatography. Separation of mixtures by circular paper chromatography. RECOMMENDED BOOKS: 1. Vogels, s text book of quantitative inorganic analysis by J. Bassett. The English language

book Society and Longman. 2. Introduction to chromatography by Nasir-ud-din, Published by author. 3. Paper chromatography by Dr.Friedrich Cramer, London Macmillan and Co Ltd. 4. Thin- layer chromatography by Marini, Elservier publisher.




CHEM‐309 Applied Chemistry 4 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Chemical Industrial Unit Operations:

Brief introduction to Chemical Industry with reference to Pakistan, Elementary treatment of general unit operations commonly used in Industry such as heat transfer; Evaporation; size Reduction; Screening; Filtration and Distillation.

2. Industrial Inorganic Synthesis:

Raw materials; Chemical processes involved; flow sheet diagrams with all the important parameters concerned with the manufacturing of Sulphuric acid; Hydrochloric acid; caustic Soda; Washing soda; Applications of these chemicals in industry.

3. Cement Industries:

Cement raw materials used for cement manufacturing, dry process, wet process, semi wet process, special cement, chemistry involved in hydration of cement, setting of cement, setting time.

4. Water Softening and Scale Removing:

Water hardness; its measurement and removal; methods used for water softening including ion-exchange and reverse osmosis, distillation and precipitation. Types of boiler scales. Chemical and mechanical methods to eliminate the scaling.

RECOMMENDED BOOKS: 1. Industrial Organic Chemicals, by H.A.Witcoff and B.J.Reuben, John Wiley & Sons Inc.

New York. 2. Water Supply and Sewerage, T.J.McGhee, McGraw Hill Book Co. New York.(1991) 3. Unit operations in Chemical Engineering, Chattopadhyay, Khanna Publishers, Delhi-

6.(1993). 4. Chemical Process Design, Robin Smith, McGraw Hill Book Co. New York.(1995). 5. Hand Book of Industrial Chemicals, By SIRI Board of Consultants and Engineers, 6. Small Industries Research Institute, New Delhi (1995) 7. Small Medium and large Scale Industries, A.K. Sirivastawa, Small Industries Research

Institute, New Delhi (1996). 8. The Chemistry of Cement, H.F.W. Taylor, Academic Press, London, 1964. 9. Shereve’s Chemical Process Industries, 5th Ed.1975 by G.T.Austin McGraw Hill Book

Co. New York. 10. Industrial chemistry, B. K. Sharma Krishna Prakashan Media (P) Ltd., Ed-15 (2006)




CHEM‐310 Applied Chemistry Lab 2 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Preparations:

Detergent and cosmetics (Cold cream, shampoo and vanishing cream) 2. Titrimetery:

Estimation of water hardness by complexometery Estimation of acetic acid contents in the vinegar sample Determine the acidity of the sulphuric acid and its normality. Determination of acidity, alkalinity, Free CO2 in water Assay of bleaching powder by free chlorine method. Determine the %age purity of the Commercial sample of sodium chloride.

3. Flamephotometery:

Estimation of Potassium in the tap water. Estimation of Sodium in the Commercial Sodium Chloride. Estimation of Calcium in milk.

4. Spectorphotometery:

Determination of the of KMnO4, K2Cr2O7 and CoCl4 5. Chromatography:

Separation of mixture of ink by circular paper chromatography. Separation of mixture of metal ions by paper chromatography. Coating of TLC plates and separation of mixture of dyes. Separation of different pigments of plant extract by TLC chromatography.

RECOMMENDED BOOKS: 1. Perfumes Cosmetics and Soaps, W.A. Poucher, chapmann and Hall 7th Ed. (1974). 2. Applied Chemistry Theory and Practice O.P. Vermani & A.K. Narula, Wiley Eastern

Limited (1989). 3. T. B. of Quantitative Inorganic Analysis, Vogal’s Ed-4th, Longman Group Limited

(1978). 4. Practical Statistics for the Analytical Scientist, A Bench Guide, RSC Publishing, LGC

Ltd 2009




CHEM‐311 Bio Chemistry 4 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Introductory Biochemistry:

Scope of Biochemistry. The molecular logic of life. Structure and Functions of Cells. Cell wall Composition. A brief description on the isolation of cellular components.

2. Water:

Weak interactions in aqueous system. Ionization of water. Weak acids and weak bases. pH and buffer systems. Different buffering agents. Importance of buffers in biological systems.

3. Carbohydrates:

Nature, Structure and Classification of Carbohydrates. Aldoses and Ketoses Cyclic structure of monosaccarides Hawarth configurations, D and L configuration of monosaccharides, Optical isomerism and Mutarotation in glucose. Formation of Glycosidic bonds. Reducing and non reducing sugars. Important monosaccharide and their derivatives. Invert sugars. Biological significance of Glucose. Structures and functions of common Disaccharides and Polysaccharides: Succrose, Lactose, Maltose Amylose and Amylopectins. , Cellulose, Chitin, Glycogen, Starch and Dextran. Derived carbohydrates and hexose derivatives present in microorganisms. Sensory properties of monosaccharides. Proteoglycan and glycoproteins: their Structure and function. Hyluronic acid Chondroitin Sulphate and related compounds.

4. Nucleic acids:

Purines, Pyrimidines and nucleotides. Structure and functions of DNA, different type of RNA. Nucleic acid hydrolysis. Determination of Primary structure of Nucleic acids. Chemical synthesis of oligonucleotides.

RECOMMENDED BOOKS: 1. Principles of Biochemistry by Lehninger AL, Nelson DL and Cox MN, 2000 Pub:

worth Publishers 2. Biochemistry by Lubert Stryer 2006 Pub: Freeman and Company 3. Biochemistry by Voet, and Pratt, 2004, John wiley and sons Inc. 4. Lippincott’s Biochemistry by Champe.P C; Harvey. R. A and Ferrier. D. R. 3rd ed.,

2004 Pub: J. b. Lippincott Company 5. Harpers Biochemistry, 27th ed. 2006 Pub: McGraw Hill Inc.




CHEM‐312 Bio Chemistry Lab 2 V

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Carbohydrates:

Qualitative tests for Carbohydrates. Distinction between pentoses and hexoses, aldoses and Ketoses, reducing and non reducing sugars mono and polysaccharides. Chromatography of sugars. Preparation of glycogen from liver. Acid and enzymic hydrolysis of glycogen.

2. Nucleic Acids:

Isolation of RNA from beef liver. Isolation of DNA from Calf Spleen. UV absorption of nucleic acids.

RECOMMENDED BOOKS: 1. Practical clinical Biochemistry by Varley. Pub: CBS publishers 2. An Introduction to Practical Biochemistry By D. T. Plummer Pub: McGraw Hill




CHEM‐313 Physical Chemistry 4 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Kinetics of bimolecular reactions:

Mathematical treatment of collision and transition state theory of bimolecular reactions, effect of temperature on reaction rates, the interpretation of bimolecular reactions in solution, ionic reaction in solution, unimolecular gas phase reactions, fast reactions and their methods of study.

2. Classical Thermodynamics:

Maxwell’s relations and thermodynamics formula, second law of thermodynamics, Clausius inequality, the entropy of non ideality of a gas, Nerst heat theorem, its applications to solid and gases, Nerst approximation formula, third law of thermodynamics and determination of entropy by third law, Experimental verification of third law. Adiabatic demagnetization.

3. Statistical Thermodynamics:

Sterling’s approximation, statistical treatment of entropy, partition function and its physical significance, absolute entropy and partition functions, interpretation of thermodynamic functions in terms of translational, rotational vibrational and electronic partition functions, Free energy and equilibrium constant from partition function.

4. Kinetic theory of Gases:

Introduction, Maxwell distribution of molecular velocities and energies, Derivation of average velocity and most probable velocity, Barometric formula, effect of altitude, molar mass and temperature on vertical distribution of particles.

Note Suggested out lines for Mathematics Course: Basic Mathematics for Chemistry (1 Credit Course): Review of basic algebra and trigonometry, concept of function, Differentiation, concept of maxima and minima, integration, Differential Equations, equations of straight lines, partial fraction, Applications of Calculus in Chemistry and data handling.

RECOMMENDED BOOKS: 1. Physical Chemistry by Kundu, N and Jain, S.K.,S. Chand and Company Ltd. 1984. 2. Fundamentals of Chemical kinetics by Logan, S.R., Longman Group Ltd. 1996. 3. Elementry reaction kinetics by Latham. J.L. and burgess, A.E., 3rd Ed., Butterworths,

London, 1997. 4. Physical Chemistry by Atkins, P.W., 5th Ed., W.H. Freeman and Company, New Yark,

1994. 5. Physical Chemistry by Alberty, R.A. and Silbey, R.J., John Wiley, New York, 1995. 6. Physical Chemistry by Engel, T. and Ried, P., 1st Ed,. Pearson education, Inc. 2006.



7. Electrochemical Methods and applications by bard, A. and Faulkner, L.R., John Wiley, New York, 1980.

8. Principles of Physical Chemistry by Maron and Prutton, Macmillan and Co. Ltd. 1965. 9. Physical Chemistry by Glasstone, S. Macmillan and Co. Ltd., London, 195. 10. Elements of classical and statistical thermodynamics by Nash, L.K. Addison Wesley Co.

Ltd., 1979. 11. Mathematics for Chemists.




CHEM‐314 Physical Chemistry Lab 2 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Refractrometery: To determine the unknown concentration of sucrose solution and ethanol solution. 2. Molar mass determination (Colligative properties):

To determine the molecular weight of a substance by cryoscopic method and Ebullioscopic method.

3. Spectrophotometery:

To determine the wavelength of maximum absorption of compounds using spectrophotometer. To determine the unknown concentration of a compound using spectrophotometer.

4. Phase Equilibrium:

To determine the phase diagram of Naphthalene and diphenyl system. To determine the phase diagram of urea and phenol. To determine the phase diagram of Benzoic acid and Naphthalene.

5. Optical activity measurement:

To determine the unknown percentage composition of the following by using polarimeter (Sucrose, glucose). To determine the specific and molar rotation of optically active compound (sucrose, glucose).

RECOMMENDED BOOKS: 1. Advanced Experimental Physical Chemistry by Ayodhya Sing. 2. Experimental Physical Chemistry by Daniel 3. Experimental Physical Chemistry by G.Peter Mattews. 4. Experiments in Physical Chemistry by Shoemaker.




CHEM‐315 Inorganic Chemistry 4 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. The Covalent Bond (Structure & Reactivity):

(a) VSEPR model followed by VB theory (Hybridization, Resonance etc.,) explanation of the structure of AB2, AB3, AB2E, AB4, AB3E, AB2E2, AB5, AB3E3, AB6, AB5E, AB4E2, AB7, AB6E, AB8 and AB9 type molecules.

(b) Discussion of molecular orbitals and molecular structures of homonuclear molecules and ions, heteronuclear diatomic and polyatomic molecules and ions.

(c) Bent bond, bridge bond, four electrons-three centre bond. (d) Shielding effect and effective nuclear charge, Factors affecting the magnitude of σ

and Zeff and their variation in the period table, Applications of Slater’s rules, Polarization of ions, Fajan’s rules and its applications.

2. Co-ordination compounds: (synthesis and properties)

Preparative methods. Techniques of studying complexes, stability constants. The spectrochemical series and colour of metal complexes. Diamagnetism and Para magnetism, stereochemistry, John-Teller Theorem, Isomerism. Role of metal complexes in analytical chemistry, industry and nature.

3. Chemistry of the Lanthanides and Actinides

Nomenclature, Position in periodic table, occurrence, Separation, and electronic configuration, oxidation States, Complex Formation, shapes of ‘f’-orbitals, applications.

RECOMMENDED BOOKS: 1. J H Huheey, Inorganic Chemisry - Principles, structure and reactivity, Harper and Row

Publisher, Inc. New York (2008) 2. J. D. Lee, Concise Inorganic Chemistry, Elbs with Chapman and Hall, London (2007). 3. Advanced Inorganic Chemistry F.A. Cotton and G.Wilkineon 6th Ed. 2001, Interscience,

Publishers, London. 4. Coordination Compounds by S.F.A. Kettle, 1999, Nelson , (Nauohi Kenya). 5. Coordination Chemistry by B.A. Basallo and R. Johnson 1972 W.A. Benhamen, London.




CHEM‐316 Inorganic Chemistry Lab 2 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Complexometric Tritrations:

(a) Estimation of Mg+2 Zn+2 with EDTA (Direct titration). (b) Estimation of Ni+2 with EDTA (Back titration). (c) Determination of Ca+2 and Zn+2 in mixture (Masking) (d) Determination of Cd2+ and Zn+2 in a mixture (Demasking). (e) Determination of SO4

2- and PO4-3 with EDTA (Indirect titration).

2. Redox Titrations:

(a) Use of Ceric sulphate solution for the estimation of the following:- i). Determination of iron in an iron ore. ii). Determination of nitrites.

(b) Use of potassium iodate for the determination of the followings:

(i) Copper (ii) H2O2 (iii) Commercial Hypochlorite 3. Preparations:

(a) Tris (ethylenediamine ) nickle (II) Chloride 2-hydrate. (b) Sodium Cobaltinitrite. (c) Pot. Trioxalato Aluminate. (d) Ammonium sulphate Nickel (II) Sulphate. (e) Hexa aqua Chromium (III) Chloride. (f) Ammonium Sulphate Copper (II) Sulphate Pentahydrate.

RECOMMENDED BOOKS: 1. J. Bassett, R. C. Denny, G. H. Jeffery and J. Mendham, Vogel’s Text Book of qualitative

Inorganic Analysis, the English Language Book Society and Longman, New York, (2008) 2. Quantitative Analysis Chemistry, James S. Pritz, George H. Sehenk, 2001 Alby and

Becon Inc. London. 3. Theory and practice of chromatography by Prof. Dr. Javed Iqbal (2002). 4. Instrumental analysis by Gary D. Christian and James E.O., Reilly, 2007, Allyn and

bacon Inc., London. 5. Hand Book of Organic reagents in Inorganic Analysis by ZAVIX Holzbecher and other

1976 Ellis Hurwod Limited, London. 6. Experimental Inorganic Chemistry - W. G. Palmer, 2005. 7. The analysis of minerals and ores of the rarer elements – W. R. Schoeller,and A. R.

Powell, Charles, Griffin and Company Limited,2004.




CHEM‐317 Organic Chemistry 4 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Free radical Reactions:

Introduction, generation methods, relative stability, structure, free radical reactions and industrial applications.

2. Oxidation and Reduction reactions:

(a) Oxidation Reactions: Introduction, Oxidation of saturated hydrocarbons, olefinic double bonds, aromatic rings, systems containing oxygen such as alcohols, aldehydes, ketones, oxidative decarboxylation, of acids, oxidation of systems containing nitrogen such as amines, hydrazines etc..

(b) Reduction Reactions:

Introduction, Reduction of alkenes, alkynes, and aromatic rings, hydrogenolysis, reduction of benzylic and allylic systems, aldehydes and ketones, alcohols, pinacols, epoxides, acids and their derivatives, Reduction of system containing nitrogen such as imines, oximes and nitro compounds

3. Spectroscopy:

(a) IR Spectroscopy: Electromagnetic radiations: IR; modes of vibration, sampling techniques, factors influencing the vibration frequencies and industrial applications

(b) UV Spectroscopy:

Ultraviolet (UV) or electronic spectroscopy: electronic transition; factors influencing the λmax. value.

RECOMMENDED BOOKS: 1. Organic Chemistry, Volume I (6th ed.) & II (5th ed.) by I.L. Finar, Pearson Education

(singapore) Pte Ltd, 2008. 2. March's Advanced Organic Chemistry: Reactions, Mechanisms, and Structure, 6th ed. by

Michael B. Smith, Jerry March, Wiley, 2007. 3. Organic Chemistry, eth Ed.; by S. H. Pine, McGraw Hill: New York, 1987. 4. Organic Chemistry 6th ed. by Francis A. Carey, McGraw Hill, 2005. 5. Organic Chemistry 6th d, by R. T. Morrison, R. N. Boyd, and R. K. Boyd, Benjamin

Cummings, 1992. 6. Modern Synthetic Reactions 2nd ed. by H.O.House , W.A. Benjamin Inc., Menlo Park,

CA 7. Principles in Organic Synthesis by R.O.C Norman & J. M. Coxon,1993, Chapman and

Hall, 1993. 8. Organic Chemistry by Jonathan Clayden, Nick Geeves, Stuart Warren, Oxford University

Press 2000.



9. Spectroscopic Methods in Organic Chemistry 6th ed. by D. Williams and I. Fleming. Wiley-VCH, 1991.

10. Spectrometric identification of Organic Compounds 6th ed. by R. M. Silverstein and F. X. Webster, Wiley, 2007.

11. Organic Spectroscopy and Chromatography by M Younas, ILMI, Pakistan, 2007.




CHEM‐318 Organic Chemistry Lab 2 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Organic Preparations:

Synthesis of compounds containing nitro, halogeno, amino, carboxylic and carbonyl functionalities (depends upon the availability of chemicals).

2. Quantitative and Qualitative Analysis of Organic compounds:

Physical/ Chemical separation of mixture containing two compounds, identification and derivitization.

RECOMMENDED BOOKS: 1. Practical Organic Chemistry by F. G. Mann and B. C. Saunders, Longman, UK., 1978. 2. Vogel's Textbook of Practical Organic Chemistry (5th ed.) by A.I. Vogel, A.R.

Tatchell, B.S. Furnis, A.J. Hannaford, P.W.G. Smith, Longman UK, 1989. 3. The Systematic Identification of Organic Compounds, (8th ed.) by Ralph L. Shriner et al.,

Wiley, 2003. 4. Advanced Practical Organic Chemistry, by J. Leonard, B. Lygo, G. Procter, CRC., 1994. 5. Advanced Practical Organic Chemistry (2nd ed.) by N. K. Vishnoi, Vikas Publishing

House Pvt Ltd , India., 1996.




CHEM‐319 Analytical Chemistry 4 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: Ion Exchange Chromatography: Cation Exchange resin, Anion Exchange resin, Cross-linkage, Effect of pH-separation of Amino Acids, Separation of metal ions on Anions Exchange Columns, Applications of ion Exchange Chromatography. Solvent Extraction: Basic principle of solvent extraction, The Distribution Coefficient, The Distribution Ratio, The Percent Extracted Solvent Extraction of Metals, Analytical Separations, Multiple Batch Extractions, Countercurrent Distribution, Solid-Phase Extraction, Solvent Extraction by Flow Injection Analysis. Electrophoresis: Capillary Zone Electrophoresis, Application of traditional Electrophoresis Gel Chromatography. Flame Emission: Basic principle of atomic spectroscopy; Use of atomic spectra for detection and determination of elements; flame as a source of atomization and excitation; Instrumentation involved in FES; applications and limitations. Atomic Absorption Spectroscopy: Basic Principle of AAS; Flameless AA spectroscopy including graphite furnace and hydride generation. RECOMMENDED BOOKS: 1. Vogels, text book of Quantitative chemical analysis byJ.mendham, RCDenny, JDBarnes,

MJ KTHomas, Pearson education Ltd. 2. Advances in electrophoresis by Andrea Chrmambach , Wiiley- VCH. 3. Ion-Exchange Chromatography by Helfferich, McGraw Hill Book Co., Inc. N.Y. London. 4. Solvent Extraction by Gorge H. & Morrison Hener, John Wiley and sons, London, N.Y. 5. Chromatographic Methods of Analysis by Stock & Rice, Elsevier Co. Amsterdam. 6. Flow injection analysis by Ruzicke hassen, wiley interscience.




CHEM‐320 Analytical Chemistry Lab 2 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: Flame Emission / Spectrophotometry: Determination of Sodium in tap water by using Flame Photometer. Determination of Potassium in tap water by using Flame Photometer. Find out the calcium in chalk sample by flame photometry. Determination of Ba by flame photometry. Estimation of purity of various compounds on the base of flame emission Spectrophotometry. Indirect determination of various compounds by flame photometric techniques. Determination of λmax of KMNO4 and K2Cr2O7 by using spectrophotometer. Verification of Beer and Lambert Law. Ultraviolet spectrophotometric determination of Aspirin, Phenacetion and Caffeine in APC tablet using Solvent Extraction. RECOMMENDED BOOKS: 1. Vogels, s text book of quantitative inorganic analysis by J. Bassett. The English language

book Society and Longman 2. Flame spectrometry in environmental chemical analysis. A practical guide (RSc)

analytical spectroscopy series by Malcolms Cresser alfreds sanz medel ,http// www. Amazon.co.uk




CHEM‐321 Applied Chemistry 4 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Chemical unit processes:

Elementary treatment of general unit Chemical unit processes, Nitration; Halogenation; Sulphonation; Hydration and Hydrogenation and Oxidation with real examples from Industry.

2. Industrial Organic Synthesis:

Raw materials; Chemical processes involved; flow sheet diagrams with all the important parameters concerned with the manufacturing of Oxalic acid; Pthalic anhydride; Acetic acid; Phenol; Ethyl Acetate; Butadiene and Styrene

3. Glass Industries:

History of glass, raw materials used for glass, methods of manufacturing, various types of furnaces and crucibles used for the manufacture of glass, special types of glass, their manufacture and properties.

4. Soap and Detergent Industries:

Processes involved in soap manufacturing, methods used for manufacture of laundary soap, typical soaps. Recovery of glycerine. Detergents or surface active agents, cationic, anionic and non-ionic agents.

RECOMMENDED BOOKS: 1. Shereve’s Chemical Process Industries, 5th Ed.1975 by G.T.Austin, McGraw Hill Book

Co. New York. 2. Industrial Organic Chemicals, by H.A.Witcoff and B.J.Reuben, John Wiley & Sons Inc.

New York. 3. Riegal’s handbook of Industrial Chemistry, Ed. J.A.Kent, CBS Publkishers and

Distributors, New Delhi.(1997). 4. Chemical Process Design, Robin Smith, McGraw Hill Book Co. New York.(1995). 5. Hand Book of Industrial Chemicals, by SIRI Board of Consultants and Engineers, Small

Industries Research Institute, New Delhi (1995). 6. Chemistry of glass manufacturing, F.W.Hunter, Dower Publications, New York, 1950. 7. Industrial chemistry, B. K. Sharma, Krishna Prakashan Media (P) Ltd., Ed-15 (2006).




CHEM‐322 Applied Chemistry Lab 2 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Preparations: Dentrifrice, Thermosetting and thermoplastic resins (alkyd and urea formaldehyde) 2. Chromatography: Coating of TLC plates and separation of mixture of dyes. Separation of different pigments of plant extract by TLC chromatography Packing of chromatographic column and separation of a mixture of dyes. Separation of β-carotene from the pulp of tomato and carrot by column chromatography. 3. Titrimetery: Analysis of soda ash and caustic soda in a mixture. Determine the active material in the commercial sample of detergent by cationic titration. Determining the %age purity of sodium bicarbonate and sodium carbonte. Determination of Residual Chlorine in water. 5age of reducing sugars. Soap anlalysis for free and combined alkali. 4. Spectorphotometery: Estimation of nickel in vanaspati ghee. Estimation of chloride in the tannery effluent. Estimation of Iron in Pharmaceutical Products. Estimation of Phosphates in fertilizers. RECOMMENDED BOOKS: 1. Perfumes Cosmetics and Soaps, W.A. Poucher, chapmann and Hall 7th Ed. (1974). 2. Applied Chemistry Theory and Practice, O.P. Vermani & A.K. Narula, Wiley Eastern

Limited (1989). 3. T. B. of Quantitative Inorganic Analysis, Vogal’s Ed-4th, Longman Group Limited

(1978). 4. Practical Statistics for the Analytical Scientist, A Bench Guide, RSC Publishing, LGC

Ltd 2009.




CHEM‐323 Bio Chemistry 4 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. LIPIDS:

Lipid Classification, Structures and functions. Chemical Properties of triglycerides. Phospholipids. Sterol/steroids. Lipid with specific biological activities. Prostaglandins: Structure and function. Properties of lipid aggregates: Micelles and Bilayers. Biological membranes. Membrane proteins, Membrane structure and Assembly. Fluid Mosaic model. The erythrocyte membrane.

2. PROTEINS: Amino acids: their Structure, Chiral Center, and stereoisomerism. Classification of amino acids. Acid base properties, their titration curve and its importance. . Amino acid sequence. Peptides and their biological importance. Proteins: classification, Covalent structure and biological significance including Primary. Secondary, Tertiary and Quaternary structure of proteins, as Keratins, Collagens and elastin. Conformation and function of globular proteins with special reference to structure and function of Hemoglobin and Myoglobin. Biological significance of Proteins.

3. ENZYMES: Chemical nature, nomenclature and classification of enzymes. Cofactors and Coenzymes. Concepts of Active site. Substrate specificity. Affect of different factors on enzyme activity. Kinetics of single substrate reactions. Quantitative assay of enzymatic activity. Enzyme inhibition: Competitive, non-competitive and irreversible inhibition. Regulatory enzymes, allosteric enzymes, Multienzyme system, Zymogons, isoenzyme. Immobilized enzymes.

4. NUTRITION: Introduction to the science of nutrition: Nutrients and their functions Biological evaluation of proteins, carbohydrates and lipids. Sources and forms of Energy. Energy value of foods. Energy requirements under different living and physiological conditions. Direct and indirect Calorimetry. Basal metabolic Rate, Respiratory quotient and their measurements. Assessment of nutritional status in Pakistan. Thermogenic effects of food.

RECOMMENDED BOOKS: 1. Principles of Biochemistry by Lehninger AL, Nelson DL and Cox MN, 2000 Pub:

worth Publishers 2. Biochemistry by Lubert Stryer(2006) Pub: Freeman and Company 3. Lippincott’s Biochemistry by Champe.P C; Harvey. R. A and Ferrier. D. R. 3rd ed., 2004

Pub: J. b. Lippincott Company 4. Nutritional biochemistry by T. Brody 1994, Pub: Acadmic Press 5. Harpers Biochemistry, 27th ed. 2006 Pub: McGraw Hill Inc.




CHEM‐324 Bio Chemistry Lab 2 VI

Year Discipline

3 Chemistry‐I, II SYLLABUS OUTLINE: 1. Lipids:

Qualitative tests for lipids including fatty acids, sterols and phospholipids. Lipids separation from Calf brain tissue. Acid value, Saponification Value and Iodine Value of fats. Extraction and TLC of Wheat Lipids.

2. Amino Acids and Proteins:

Qualitative tests of amino acids, determination of isoelectric Point. Isolation and solubilization of proteins from plant and animal origin.Hydrolysis of proteins. Estimation of proteins by Kjeldahl method. Isolation of enzyme amylase, a study on its properties and catalytic activity.

RECOMMENDED BOOKS: 1. Practical clinical Biochemistry by Varley. Pub: CBS publisher 2. An Introduction to Practical Biochemistry By D. T. Plummer 3rd ed. (1987) Pub:

McGraw Hill

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. IntroHistorenviroenvirointer-d

2. AtmoImporlayerscycle,particphoto

3. WateImporCOD,pesticadvan

RECOM

1. Kuma2. J.W. M3. S. K. 4. K. Ba5. Stane6. Neil, 7. Baird

Years) for

401 ear D4 C

BUS OUTLIN

duction: ry and signonmental quaonmental degdisc nature of

ospheric pollurtance of air, s of the atmos, green house

culate matter ochemistry of

er pollution artance of wat, sources ofcides, detergenced treatmen

MENDED B

ar. EnvironmeMoore & EMBanerji, Envi

anerji, Environley E. ManahP.O. Environ

d, C. Environm

Affiliated

EDiscipline Chemistry

NE:

nificance of ality, resourcegradation, envf environmen

ution: nature and cosphere, comme effect and

and aerosothe atmosphe

and water treter, physical f water pollents, heaw mnt of water.

BOOKS:

ental ChemistM. Moore, Env

ironmental Chnmental Chem

han, Environmnmental Chemmental Chemi

d Colleges

Subjectnvironmenta

environmente dep} at envvironmental ental studies, en

omposition omon air pollutglobal warmls, airborne ere, role of hy

eatment: and chem. P

lution (indusmetals, bio-ac

try, Wiley Eavironmental Chemistry, Premistry, Tata Pmental Chemimistry, Chapmistry, Freeman

t Title al Chemistry

tal degradativironmental c

education , innvironmental

of atmospheretants and thei

ming, stratosphlead, acid r

ydroradicals, i

Properties of strial, agriculccumulation

astern, New DChemistry, Acentice Hafl, DPublisher, Deistry, Brooks,

mann, Londonn, New York

y

ion, impact conservation

nstitutions forsegments.

e, temperatureir sources, oxheric ozone rain and its indoor air qua

water, criterltural, municand bio-impl

Delhi. cademic Press

Delhi. lhi. California.

n. .

Cr. 2

of the modand sustaina

r the protectio

e and pressurexides of C, Ndepletion, veimpats, pho

ality.

ia for water cipal and naliflcat primar

s, New York.

Hrs Sem2 V

dern life-stylability povertyon of environ

e profi of dif, and S hydro

ehicular emisotochemical s

quality, BODatural), fertilry, secondary

mester VII

le on y and

nment,

fferent ologic sions, smog,

D and lizers, y and

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. LandImporof soagroc

2. ChemChemdetergvegeta

3. MoniPrinciOC, Henviro

RECOM

1. Kuma2. J.W. M3. S. K. 4. K. Ba5. Stane6. Neil, 7. Baird

Years) for

402 ear D4 C

BUS OUTLIN

d pollution: rtance of soiloil and nutrhemicals, min

micals in the Emical speciatiogents, house ation, buildin

itoring of Eniple, applicatiHPLC. – UVonmental poll

MENDED B

ar. EnvironmeMoore & EMBanerji, Envi

anerji, Environley E. ManahP.O. Environ

d, C. Environm

Affiliated

EDiscipline Chemistry

NE:

, nature and crients availabning, muniop

Environmenon, heavy me

hold chemings and monu

nvironmentalions of analy

V and IR spelution, interna

BOOKS:

ental ChemistM. Moore, Env

ironmental Chnmental Chem

han, Environmnmental Chemmental Chemi

d Colleges

Subjectnvironmenta

composition obility, on-ex

pal waste, litte

nt and their imetals, persisteicals, solventments, aquati

l Pollution anytical techniquectrometry, Aational standa

try, Wiley Eavironmental Chemistry, Premistry, Tata Pmental Chemimistry, Chapmistry, Freeman

t Title al Chemistry

of soil, macroxchange in sering), reclam

mpact: ent organic pts. Impact oic life, biodiv

nd Legislatioues for monitAtomic absorards regarding

astern, New DChemistry, Acentice Hafl, DPublisher, Deistry, Brooks,

mann, Londonn, New York

y

o and micro-nsoil, sources

mation of soil.

pollutants, aflf chemicals

versity, visibil

on: toring of pollrption spectrg environmen

Delhi. cademic Press

Delhi. lhi. California.

n. .

Cr. 2

nutrients in sos of soil po

latoxins, PCBon human

lity, concept o

lution with sposcopy. Legi

ntal pollution.

s, New York.

Hrs Sem2 VI

il, soil erosioollution (ind

B’s, pesticidehealth, crops

of green chem

pecial referenislation aspec

mester III

on, pH dustry,

es and s and

mistry.

nce to cts of

Code CHEM-4

Ye4

SYLLAB

1. ColloColloids, of sols, dpropertiesassociated

2. AdvaAdsorptiothe Eley-inorganic

RECOM

1. Physi2. Funda3. Eleme4. Physi5. Physi6. Physi7. Hand 8. Heter

press,9. Surfac

BS (4 Ye

403 ear D4 C

BUS OUTLIN

oids and SurfColloidal dis

determination s of sols, eled colloids, ma

ance approacon isotherms, -Rideal mechreactions, Ca

MENDED B

cal Chemistryamentals of chentry reactioncal chemistrycal Chemistrycal chemistrybook of surfa

rogeneous Ca, 1987. ctants and int

ears) for A

PhysDiscipline Chemistry

NE:

factants: spersions, sols

of particle sectrophoresis acromolecular

ch to homogesingle system

hanism and tatalysis, Auto

BOOKS:

y by Kundu, Nhemical kinet

n kinetics by Ly by Atkins, Py by Alberty,y by Engel, T.ace and Colloatalysis: Princ

terfacial Phen

Affiliated Co

Subjesical Chemis

s and their prsize, kinetic p

and electro r properties in

enous and hem, double systhe Langmuirocatalysis, enz

N and Jain, Stics by LoganLatham.J.L. A

P.W. 5th Ed., R.A. and Silb. and Ried, P.oid Chemistryciples and ap

nomena by Ro

olleges

ect Title stry (Sp. The

reparation, proproperties of osmosis, stab

n solutions an

terogeneous stem, study ofr-Hinshelwoozyme catalysi

.K.S. Chand n, S.R, LongmAnd Burgess, W.H.Freemabey. R.J., Joh., 1st Ed., Peay by Birdi, K.pplications by

osen, Milton J

eory-I)

operties of ssols, sedimenbility of susp

nd molecular

kinetics: f gas reactionod mechanisms and enzyme

and Companyman Group Lt

A.E.3rd Ed.,an and Compahn Wiley, Newarson EducatioS., CRC Presy Bond, G.C

J., John Wiley

C

uspensions, Ontion of susppensoids, preweight determ

ns on solid sum to study se inhibition.

y Ltd. 1984. td. 1996. , Butterworthsany, New Yorw York, 1995on, Inc. 2006ss, 1997.

C., 2nd Ed., O

y, New York,

Cr. Hrs Sem4 V

Optional proppensions, elececipitation ofminations.

rfaces, retardsome organic

s, London, 19rk, 1994. 5. .

Oxford, Clare

, 1978.

mesterVII

perties ctrical f sols,

dation, c and

977.

endon

CodeCHEM- 4

Ye4

SYLLAB

1. RotatSpecial reof RotatioThe Stark

Viberationrelative po

Vibratinalapplicatio

2. PhotoLaws of psymbols;

3. AdvaThe thermphases. Tassociatio

RECOM


press,9. Surfac

BS (4

e 404 ear D4 C

BUS OUTLIN

tional and Viegions and claonal energy lek effect.

nal spectroscopulation of e

l of polyatomons and sampl

o Chemistry:photochemistrphotosensitiz

anced Treatmmodynamic pTheoretical baon. Separation

MENDED B



Years) for

PhysicDiscipline Chemistry

NE:

ibrational Spassification oevel. Rotation

opy: energy energy levels

mic moleculesling technique

: ry, quantum e

zed reactions,

ment of Solutproperties of asis of Raouln of solid solu

BOOKS:



terfacial Phen

r Affiliated

Subjeccal Chemistr

pectroscopyf spectroscop

nal spectra of

of an atomicand intensitie

s, interpretaties.

efficiency andphosphoresc

tions: solution. Th

lts equation. Dutions.



nomena by Ro

Colleges

ct Title ry (Sp. Theor

py; Rotationalrigid linear m

c molecule, haes of transitio

ion of IR spe

d its determinence, fluoresc

he solution pDeviation fro


osen, Milton J

ry-II)

l energies of molecules and

armonic and on, types of vi

ectra of simpl

nation Photoccence, chemil

process. Condm ideal beha



J., John Wiley

Cr. 4

diatomic mold determinatio

harmonic osibrational mo

le molecules,

chemical reacluminescence

ditions of equavior. Compou


C., 2nd Ed., O

y, New York,

Hrs Sem4 V

lecules, popuon of bond len

cillator moledes.

, Fermi reson

tions, excitede, Lasers.

uilibrium betund formatio

s, London, 19rk, 1994. 5. .

Oxford, Clare

, 1978.

mester VII

ulation ngths.

cules,

nance,

d state

tween on and

977.

endon

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. Molec2. Therm

(i) H

(ii) H

3. ColloPrepa

4. Spect(i) D

(ii) St

(iii) Pr

RECOM

1. Adva2. Exper3. Exper4. Exper

Years) for

405 ear D4 C

BUS OUTLIN

cular Mass Dmo-chemical

Heat of solutio

Heat of precipi

oidal State: aration of As2

trophotometrDetemination o

tudy of kineti

redicting norm

MENDED B

anced Experimrimental Physrimental Physriments in Ph

Affiliated


NE:

Determinatiol measuremeon of a salt by

itation.

2 S3 sol, and c

ry: of percentage

ics of iodinati

mal modes of

BOOKS:

mental Physicsical Chemistsical Chemist

hysical Chemi

d Colleges

Subject cal Chemistr

on of differenents y solubility m

comparison o

e composition

ion of acetone

f vibration for

cal Chemistrytry by Danieltry by G.Peteristry by Shoem

Title ry (Sp. Pract

nt Polymers b

ethods.

of precipitatin

n of two colou

e and decomp

r simple mole

y by Ayodhya

r Mattews. maker

tical)

by Visosity m

ng powers of d

ured compone

position of be

ecules and int

a Sing.

Cr. 2

measurement

different catio

ents in solutio

enzene diazon

terpretation of

Hrs Sem2 V

t.

ons.

on.

nium chloride

f their IR Spe

mester VII

.

ectra.

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. NucleCompradioaproceenerg

2. AdvaSemi Dilutetheory

3. Gels aIntrodTheor

RECOM


press,9. Surfac

Years) for

422 ear D4 C

BUS OUTLIN

ear Chemistrposition of thactive equilibsses; nucleary, radiation h

ance ApproacPermeable m

e solutions ay. Review of

and Emulsioductions, Metry. Emulsific

MENDED B



Affiliated


NE:

ry: he nucleus, nbrium, transr fission, atohazards, use o

ch to Osmosimembranes. and the Gas the theories.

ons: thods of Prepacation and we

BOOKS:



terfacial Phen

d Colleges

Subjectcal Chemistr

natural and aformation ofmic bomb, n

of tracers in ch

is and OsmotThe cause oLaws. The Determinatio

aration of Emtting, Signific



nomena by Ro

t Title ry (Sp. Theor

artificial radiof elements cnuclear reacthemistry.

tic Pressure:of semi-perme

Bombardmenon of the mole

mulsions. Emcance.


osen, Milton J

ry-I)

oactivity, ratecyclotron anor, nuclear f

: eability. Ment theory. Obecular weight

mulsifiers, Bre



J., John Wiley

Cr. 4

e of radioactd linear accfusion, hydro

echanism of bjections to t by Osmome

aking of emu


C., 2nd Ed., O

y, New York,

Hrs Sem4 VI

tive disintegrcelerators; nuogen bomb, s

osmotic prethe Bombard

etry.

ulsions. Orien

s, London, 19rk, 1994. 5. .

Oxford, Clare

, 1978.

mester III

ration, uclear steller

ssure. dment

ntation

977.

endon

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. PolymClassiMolectechni

2. ElectrPrincirefere

RamaRamaVibra

RECOM


press,9. Surfac

Years) for

423 ear D4 C

BUS OUTLIN

mers: ification of cular mass diques.

ronic and Raiples of electence of H-atom

an Spectra-idean Spectra oational Raman

MENDED B



Affiliated


NE:

polymers; kidistribution, d

aman Spectrtronic transitim spectrum e

ea of Raman of linear Mon spectra.

BOOKS:



terfacial Phen

d Colleges

Subject cal Chemistr

inetics of codetermination

roscopy: ion. Types

electronic ang

scattering, Rolecules. Sy



nomena by Ro

Title y (Sp. Theor

ondensation, n of molecul

of electronic gular momentu

Rayleigh scattmmetric top


osen, Milton J

ry-II)

addition andlar masses b

transition. Eum fine struc

tering Molecup molecules



J., John Wiley

Cr. 4

d co-polymeby different m

Energies of acture of H-ato

ular poparazaand spheric


C., 2nd Ed., O

y, New York,

Hrs Sem4 VI

risaiton reacmethods. An

atomic orbitalm spectrum.

ability. Rotacal top mole

s, London, 19rk, 1994. 5. .

Oxford, Clare

, 1978.

mester III

ctions; nalysis

l-with

ational ecules

977.

endon

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. PolarInvers

2. EquilI2 +

Calcu

3. AdsorVerificharco

4. PotenA.

B.

RECOM

1. Adva2. Exper3. Exper4. Exper

Years) for

424 ear D4 C

BUS OUTLIN

rimetric Studsion of cane s

librium consI3

ulation of ΔG

rption measuication of Freoal

ntiometric m Potentiome

(i) A

Equilibrium

MENDED B

anced Experimrimental Physrimental Physriments in Ph

Affiliated

PhyDiscipline Chemistry

NE:

dy of Reactiosugar; salt eff

tant for the r

for the forma

urements: eundlich and L

easurementsetric Titration

Acid base (ii)

m constant de

BOOKS:

mental Physicsical Chemistsical Chemist

hysical Chemi

d Colleges

Subjectysical Chemis

on Kinetics:fects on invers

reaction:

ation of I3 rea

Langmuir ads

s: ns

) Oxidatio

etermination.

cal Chemistrytry by Danieltry by G.Peteristry by Shoem

t Title stry (Sp. Pra

sion of cane s

action.

sorption isoth

on-reduction

y by Ayodhya

r Mattews. make.

actical)

sugar.

herms for Ads

a Sing.

Cr. 2

sorption of ac

Hrs Sem2 VI

etic acid on a

mester III

active

BS (4 Y

CodeCHEM-4

Ye4

SYLLAB

1. StereIntrodqualit

2. PerioFirst partictransi

3. OrgaClassicomptitratioRole o

RECOM

1. OrganLondo

2. Hand Hurw

3. Struct4. Stereo

Jersy.5. J H H

New Y6. Cullen7. Willia

Years) for

e 406 ear D4 C

BUS OUTLIN

ochemistry aduction, directative failures

odicity: and second

cipation. The tion metals.

nic Reagentsification of oounds and thons involvingof organic Re

MENDED B

notransition mon. Book of Org

wod Limited, Ltural Inorganiochemistry an.

Huheey, InorgYork (2008) n Dolphin anams, An Intro

Affiliated

InorgaDiscipline Chemistry

NE:

and bonding cted valence ts of the simple

row anomaluse of p-orb

s used in Inorganic reagenheir studies wg the use of eagents in diff

BOOKS:

metal Chemi

ganic reagentLondon. ic Chemistry nd bonding in

anic Chemisr

d James, Bioloduction to Bi

d Colleges

Subjecanic Chemist

in main groutheory, three e theories crit

lies. The usebitals in Pi-bo

rganic Analynts, their selecwith UV, ViEDTA. Chel

fferent analyti

istry by Aki

ts in Inorgani

by Wells, A.Fn Inorganic C

ry - Principles

logical aspectioinorganic C

ct Title try (Sp. Theo

up compouncenter bond

ticism and com

e of d-orbitaonding, perio

ysis: ctivity and spsible and IRlates, classificcal technique

in Yamamto,

ic Analysis b

F. 1975, CharChemistry by

s, structure an

ts of InorganiChemistry, 20

ory-I)

nds: model, corremparison of s

als by non-modic anomalie

pecificity, me. Typical reacation, stabil

es.

, 1996, A. W

by ZAVIX H

renden Press,by J.E. Ferg

nd reactivity,

ic Chemistry,03.

Cr. 4

elation diagrasimple model

metals, reactives of the non

ethods of prepagents used iity, preparati

Wiley Intersc

Holzbecher an

London. guson 1974, P

Harper and R

2005.

Hrs Sem4 V

am approach, ls, dπ-Pπ bon

vity and d-on-metals and

paration of spin complexomion and prope

cience Public

nd other 1976

Prentice Hall,

Row Publisher

mester VII

some ds.

orbital post-

pecific metric erties.

cation

6 Ellis

, New

r, Inc.

BS (4 Y

CodeCHEM-4

Ye4

SYLLAB

1. ChemPhysiand pclose perov

2. React

Classiand elammo

3. Radio

NaturgroupAveraradioadifferartific

RECOM

1. J H HNew Y

2. Cullen3. Willia4. Organ

Londo5. Hand

Hurw6. Struct7. Stereo

Jersy.

Years) for

e 407 ear D4 C

BUS OUTLIN

mistry of Oxical states and

physical state,packed anio

vskites, high te

tions in aque

ification of solectromotive onia, sulphur

oactivity:

ral radioactivp displacemenage life periactive substarent bombardcial radioactiv

MENDED B

Huheey, InorgYork (2008) n Dolphin anams, An Intronotransition mon. Book of Org


Affiliated

InoDiscipline Chemistry

NE:

des: d structures o, acidity, soluons, metal oemperature su

ous and non

olvents, typesforces. Reactdioxide, brom

vity, Artificiant law, Half iod, Radioactance, Transmding projectilve series.

BOOKS:

anic Chemisr

d James, Bioloduction to Bimetal Chemi

ganic reagentLondon. ic Chemistry nd bonding in

d Colleges

Subjecorganic Chem

f oxides of thubility, practicoxides, electruperconducto

-aqueous sol

s of reactions,tions in watermine trifluorid

al radioactivitf life period tive equilibr

mutation of eles, Applicat

ry - Principles

logical aspectioinorganic Cistry by Aki

ts in Inorgani


ct Title mistry (Sp. T

he elements, ccal uses, and rical conduc

ors, magnetic

lvents:

, the dielectricr and molten sde and hydrof

ty, types of of a radioacium, Law o

elements, Arttions of artif

s, structure an

ts of InorganiChemistry,200in Yamamto,

ic Analysis b


Theory-II)

covalent oxidenvironment

ctivity of solproperties in

c constant, ssalts. Reactiofluoric acid.

radioactive rctive substanof successivetificial transmficial transmu

nd reactivity,

ic Chemistry,03 , 1996, A. W

by ZAVIX H


Cr. 4

des, periodic tal chemistry lid lonic commixed metal

olubilities, eons in non-aqu

rays, Saddy-Fnce, Disintegr disintegratio

mutation reacutation react

Harper and R

2005.

Wiley Intersc

Holzbecher an


Hrs Sem4 V

trends in struof volatile oxmpounds, spoxides.

electrode potueous solvent

Fajans and Rration constaon, Activity ctions inducetions, Natura

Row Publisher

cience Public

nd other 1976

Prentice Hall,

mester VII

ucture xides,

pinels,

tential ts, i.e.

Russel ant K,

of a ed by al and

r, Inc.

cation

6 Ellis

, New

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. Use o(At le

(a) (b) (c) (d) (e)

2. Instru(a)

(b)

RECOM

1. Hand Hurw

2. J. BasAnaly

3. QuantLondo

4. Theor5. Instru

Londo

Years) for

408 ear D4 C

BUS OUTLIN

of organic reaeast any four

8-HydroxyquPyrogallol (BNitron (NO3SalicyladoxiAnthranilic a

umental metConductomei). Titratiii). Precipiii). Determ

Colorimetryi). Micro ii). Determiii). Determ

MENDED B

Book of Orgwod Limited, Lssett, R. C. Dysis, the Englititative Analyon. ry and practicumental analyon.

Affiliated


NE:

agents for thr of the follow

uinoline (A13

Bi3+) 1-) ime (Ni2+ in pacid (Cd2+, Zn

thods of analetry: on of HCl an

pitation titratiomination of K

y: determinatio

mination of irmination of ni

BOOKS:

ganic reagentLondon.

Denny, G. H. ish Languageysis Chemist

ce of chromatysis by Gary

d Colleges

Subjectanic Chemist

e estimation wing):

3+), Ti3+), Fe3+

resence of Cun2+, Co2+)

lysis:

d acetic acid on of AgNO3

Ka for acetic a

on of chromiuron by 1, 10 Pickel by rubea

ts in Inorgani

Jeffery and Je Book Societtry, James S.

ography by PD. Christian

t Title try (Sp. Prac

of various m

+)

u2+)

with a strong

acid.

um by diphenyPhenanthrolinanic acid

ic Analysis b

J. Mendham,ty and Longm. Pritz, Geor

Prof. Dr. Javedn and James

tical)

metal ions;

g base.

yl Carbazide.e.

by ZAVIX H

Vogel’s Texman, New Yorrge H. Sehen

d Iqbal (2002E.O., Reilly

Cr. 2

Holzbecher an

xt Book of qurk, (2008) nk, 2001 Alb

2). y, 2007, Ally

Hrs Sem2 V

nd other 1976

ualitative Inor

by and Becon

yn and bacon

mester VII

6 Ellis

rganic

n Inc.

n Inc.,

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. Advan

Variospectremissstudie

2. Some

Therminterpenergoxygestabili

3. Polym(a)

(b)

(c) (d)

RECOM

1. Struct2. Stereo

Jersy.3. J H H

New Y4. Analyti

Years) for

425 ear D4 C

BUS OUTLIN

nces in Atom

ous forms of ra. Flame phsion, Applicates.

Thermodyn

modynamic apretative chemy, The Kapuen, The stabiity of halides

meric InorgaChains: Cate

cRings: (i)

(ii) Cages compoInorganic Po

MENDED B

tural Inorganiochemistry an.

Huheey, InorgYork (2008) ical chemistry

Affiliated


NE:

mic Spectrosc

f interaction hotometer. Ations in clinic

namic aspects

and kinetic mistry, The latustunskii equlization of locontaining p

anic Compouenatin, Homoclay. Heterocyclic Homocyclicounds of pho

olymers as Co

BOOKS:

ic Chemistry nd bonding in

anic Chemisr

y,G.D Christi

d Colleges

Subjectanic Chemist

copy and Rad

of electromaAtomic absorcal chemistry,

s of Inorgani

stability, Intttice energy a

uations, The ow oxidation rotonated bas

unds (Chains,ocatenotion, H

c systems of bc system of susphorus, and

onductors.


ry - Principles

ian 2005

t Title try (Sp. Theo

dio Chemistr

agnetic radiatrption spectr, industry, ge

ic Chemistry

terpretation as a criterion

stabilization states by lar

ses.

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tion with marophotometereochemistry, s

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of stability, of bond type,of high ox

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Cages): ion, Silicones

osphazenes, Selenium.


nd reactivity,

Cr. 4

atter, absorpt, Inductivelysoil sciences

Role of th, Quantitativeidation states

Halogen excha

s, Silicates, Z

S-N rings.


Harper and R

Hrs Sem4 VI

tion and emiy coupled pand environm

hermodynamie uses of the ls by fluorineange reaction

Zeolites, talc,

Prentice Hall,

Row Publisher

mester III

ission lasma

mental

cs in lattice e and

n, The

mica,

, New

r, Inc.

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Code CHEM-4

Ye4

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1. Inorg

Energbiochmedic

2. Kinet

IntrodnucleoeffectInner

3. Orga

(Synt

Natur(cn2-bcharacExperinsert

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1. Cullen2. Willia3. Organ

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Hurw5. Struct6. Stereo

Jersy.7. J H H8. and R

Years) for

426 ear D4 C

BUS OUTLIN

ganic Chemis

gy sources fohemistry of Irocinal chemistr

tics and mech

duction of reaophilic displat, replacemenand outer sph

ano Metallic

thesis, Struct

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Subjectnic Chemistr

gical systems

lloporphyrinsand trace elemtallic in bio In

Reaction of C

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:

g & Reaction

classificationlic, n4-cycl

allic compounOrganometalliions, fluxiona

logical aspectioinorganic Ctry by Akin Y

s in Inorganic

by Wells, A.Fn Inorganic Ch

ry - PrinciplesYork (2008)

t Title ry (Sp. Theo

s:

. Photosynthments in biolonorganic Chem

oordination

nism of statioions. Dis-plas, inert and l

n Pathways)

n, synthesis anlopentadienylnds with the ic chemistry

al behaviour.

ts of InorganiChemistry,200Yamamto, 199

Analysis by

F. 1975, Charhemistry by b

s, structure an

ry-II)

hesis and respogical systemsmistry.

Compounds

onary state appacement in sqlabile comple

nd propertiesl, n6-organo

help of IR, oxidative-adApplications

ic Chemistry,03 96, A. Wiley

ZAVIX Holz

renden Press,by J.E. Fergus

nd reactivity,

Cr. 4

piration. Nitrs biochemistr

s:

proximation. quare planar exes, (VBT,

s of organomometallic cNMR, mass

ddition, redus of organome

2005

Interscience P

zbecher and o

London. son 1974, Pre

Harper

Hrs Sem4 VI

rogen fixationry of the nonm

Type of reaccomplexes, CFT explana

metallic compocompounds) spectrometry

uctive eliminetallic compo

Publication

other 1976 Ell

entice Hall, N

mester III

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y etc. nation, unds.

lis

New

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2. Instru(a)

(b)

(c)

RECOM

1. J. BasEngli

2. QuantLondo

3. Theor4. Instru

Londo5. Hand

Hurw6. Exper7. The a

Griffi

Years) for

427 ear D4 C

BUS OUTLIN

matographicColumn and Applications

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Mg2+ Zn2+, A

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Al3+

BOOKS:

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alysis:

K1, K2 and K3Cobalt (II) ron (II) hloride in pre

f the following

hydrate ohydrate oscopy

Mendham, Vy and Longmatry, James S.

ography by PD. Christian

ts in Inorgani

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the qualitativeion exchange

for H3PO4

esence of iodid

g substances:

Vogel’s Textan, New York. Pritz, Geor

Prof. Dr. Javedn and James

ic Analysis b

Palmer, 2005.er elements –

tical)

e analysis of iers technique

de and evalua

t Book of quak, (2008). rge H. Sehen

d Iqbal (2002E.O., Reilly

by ZAVIX H

– W. R. Schoe

Cr. 2

inorganic com.

ation of Ksp f

alitative Inorg

nk, 2001 Alb

2). y, 2007, Ally

Holzbecher an

eller,and A. R

Hrs Sem2 VI

mpounds.

for AgI and A

ganic Analysi

by and Becon

yn and bacon

nd other 1976

R. Powell, Ch

mester III

AgCl.

is, the

n Inc.

n Inc.,

6 Ellis

harles,

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Ye4

SYLLAB

1. DeterDeterand is

2. AliphMechevidenand n

3. ElimiMechapplicreactibetwesynthe

RECOM

1. OrganLtd, 2

2. MarchSmith

3. Organ4. Organ5. Organ

1992,6. Mode7. Princi8. Organ

Years) for

409 ear D4 C

BUS OUTLIN

rmination of rmination of rsotopic labelin

hatic Nucleophanism of SNnce; effects oeighbouring g

ination Reachanism of Ecations of thons), Effects

een eliminatietic applicatio

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tions: 1, E2, and

hermodynamiof substrates,

ion and subons.

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Reactions 2nnic Synthesis y by Jonathan

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echanism: hanism, kineti

ution: i, SN1’, SN2rate structurepation.

E1cb elimincally and ki, solvent, basstitution reac

(6th ed.) & II

emistry: Reac07. S. H. Pine, M

Francis A. CarR. T. Morris

nd ed. by H.Oby R.O.C No

n Clayden, Ni


ics, stereoche

’ and SNi’ re, attacking nu

nation reactiinetically cone, leaving groctions; pyrol

(5th d.) by I.

ctions, Mecha

McGraw Hill: rey, McGraw on, R. N. Bo

.House , W.Aorman & J. Mck Geeves, St

ry-I)

emical, interm

eactions, kinucleophile, le

ions; kineticsntrolled reactoup and templytic elimina

L. Finar, Pea

anisms, and S

New York,19Hill, 2005.

oyd, and R. K

A. Benjamin IM. Coxon, Cha

tuart Warren,

Cr. 4

mediate forma

etics, stereoceaving group

s and stereotions (Saytzeerature on kin

ation reaction

arson Educati

Structure, 6th

987.

K. Boyd, Ben

nc., Menlo Paapman and H, Oxford Univ

Hrs Sem4 V

tion, spectros

chemical and and solvent e

ochemical stueff and Hoffnetics, compen mechanism

ion (singapore

ed. by Micha

njamin Cumm

ark, CA all, 1993. versity Press 2

mester VII

scopic

other effect,

udies; fmann etition

m and

e) Pte

ael B.

mings,

2000.

BS (4 Y

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Ye4

SYLLAB

1. Arom(a)

(b)

2. MolecClassimigraand sacid, and F

3. HeterFive memb

RECOM

1. OrganLtd, 2

2. MarchSmith

3. Organ4. Organ5. Organ

1992,6. Heter7. Heter8. Princi9. Organ

Years) for

410 ear D4 C

BUS OUTLIN

matic SubstituElectrophilicGeneral mehalogenationpolysubstitut

NucleophilicSN1, SN2 (ad

cular Rearraification of

ation of a grosynthetic appFavorski, Wo

Fries rearrange

rocyclic Chemand six mem

bered hetrocy

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ution reactioc substitutionchanism (kin

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angements: molecular r

oup from carbplications of olff, Beckmaements.

mistry: mbered hetro

ycles with two

BOOKS:

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d Organic Cheh, Wiley, 200y, 5th ed.; by y 6th ed. by Fy 6th ed, by

emistry, 4th eemistry, 3rd nic Synthesis y by Jonathan

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ons: : netic, isotopiafts alkylatioof aromatic c

n reactions: imination), an

rearrangemenbon to carbonWagner-Mee

ann, Hoffman

ocycles with o different het

(6th ed.) & II

emistry: Reac07. S. H. Pine, M

Francis A. CarR. T. Morris

ed. by J. A. Jed. by T.L. Gby R.O.C No

n Clayden, Ni

t Title y (Sp. Theor

ic and spectrn and formyompounds

nd Benzyne m

nts: mechanisn, carbon to nerwein, Pinacnn, Curtius, L

one and setro-atoms.

(5th ed.) by I.

ctions, Mecha

McGraw Hill: rey, McGraw on, R. N. Bo

Joule, K. MiGilchrist, Loorman & J. Mck Geeves, St

ry-II)

roscopic evidylation, struct

mechanism

sm of intramnitrogen, andcol-pinacolonLossen and Sc

everal identic

.L. Finar, Pea

anisms, and S

New York,19Hill, 2005.

oyd, and R. K

lls, Blackweongman, 199

M. Coxon, Chatuart Warren,

Cr. 4

dences), nitrature and reac

molecular 1,d carbon to oxne, benzidinechmidt; Baey

cal hetro-ato

arson Educati

Structure, 6th

987.

K. Boyd, Ben

ell Publishin97. apman and H, Oxford Univ

Hrs Sem4 V

ation, sulfonctivity, orient

2-shifts invoxygen, mecha, benzyl, benyer-Villiger, D

ms, Five an

ion (singapore

ed. by Micha

njamin Cumm

g, 2000.

all, 1993. versity Press 2

mester VII

nation, tation;

olving anism nzylic Dakin

nd six

e) Pte

ael B.

mings,

2000.

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. QualiThreecomp

2. ChroSepar

RECOM

1. Practi2. Vogel

Furni3. The S

2003.4. Advan5. Advan

India,

Years) for

411 ear D4 C

BUS OUTLIN

itative analyse componentonents)

matographyration of mixt

MENDED B

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y F. G. Mann aal Organic Smith, Longof Organic C

hemistry, by Jhemistry (2nd

t Title stry (Sp. Pra

ysis (separat

and identificat

and B. C. SauChemistry (

gman UK, 198Compounds,(

J. Leonard, B.d ed.) by N. K

actical)

tion and id

tion by spectr

unders, 1978, (5th ed.) by89. 8th ed.) by R

Lygo, G. ProK. Vishnoi, V

Cr. 2

dentification

roscopy

Longman, Uy A.I.Vogel,

Ralph L. Shr

octer, CRC, 1Vikas Publishi

Hrs Sem2 V

of the unk

UK, 1978. A.R.Tatchell

riner et al., W

1994. ing House Pv

mester VII

known

l, B.S.

Wiley,

vt Ltd,

BS (4 Y

Code CHEM- 4

Ye4

SYLLAB

1. NucleNucleabsorpspectrconsta

2. MassIntrodapplicspectr

3. NaturIntroddetermprogeα-amy

RECOM

1. Organ2. Spect

1991.3. Spect

Wiley4. Organ5. Spect6. Biosy

Years) for

428 ear D4 C

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ear Magneticear magneticption of electroscopy, chemants. Structur

Spectroscopduction; typecations of mara of small or

ral Productsduction, clasmination of aesterone, estroyrin, β-amyrin

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SpectroscopBasic princ

radiation, spinnd integrationof small mol

abundance, mopy in differ

ules.

isolation, biperine, Nocotgens, glucocoid, Oleanolic

by I.L. Finar;anic Chemist

Organic Com

omatography man, Kriz, 2nd

ts, Paolo Man


py: ciples, theorn relaxation, bn curve, instrlecules. Introd

molecular anrent classes o

osynthesis aene, Cocaine

orticoids mineacid).

5th ed. Longtry 6th ed. by

mpounds 6th

by M Younasd ed., Harcournito, John Wil

ry-I)

ry, spin flippbasic introducrumentation, sduction of 2-D

nd metastableof organic ch

and general e, Morphine, eralocorticoid

gman scientifiy D. William

ed. by R. M.

s, ILMI, Pakirt Brace Colleley & Sons, 1

Cr. 4

ping, nucleaction of 1-D (spin-spin spliD NMR spect

e ions; fragmhemistry, inter

methods fQuinine), ste

ds) and terpen

fic, 1975. ms and I. Flem

Silverstein a

stan, 2007. ege Publisher1980.

Hrs Sem4 VI

ar precession(1H and 13C) itting and coutroscopy.

mentation parpretation of

for the strueroids (cholesnoids (Triterp

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and F. X. We

rs, 1996.

mester III

n and NMR

upling

attern, f mass

ucture sterol, penes,

VCH,

ebster,

BS (4 Y

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Ye4

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1. ReactCarbeapplic

2. OrgaAn oureagenphospprotecand rdiscon

3. PericIntrodand si

RECOM

1. OrgPte

2. MarB. S

3. Org4. Org5. Org

1996. Pha

C.L7. Prin8. Org

2009. Elec10. Rea11. Wo

Son12. Org

Years) for

429 ear D4 C

BUS OUTLIN

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nic Synthesisutline of the nts, reaction

phonium saltction of hydrremoval of nnection appr

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atalysis: fundM. Halpern, Cganic Synthesstry by Jonath

eactions by F. ediates in OrgOrganic Synt

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, structure an

lopments in nd methods; pn ethers, solcarbonyl and

mon protectiv

fmann rules aand group tra

I (6th ed.) &

Chemistry: Rey, 2007. by S. H. Pine, y Francis A. Cy R. T. Morri

damentals, apChapman &Hsis by R.O.C Nhan Clayden,

L. Ansari, Rganic chemistthersis, The d

oinnection app


nd evidence fo

organic syntphase transferid phase synd carboxylic ve groups an

and molecularansfer reaction

II (5th ed.) b

eactions, Mec

McGraw HilCarey, McGraison, R. N. B

pplications, aHall, 1994.

Norman & J. , Nick Geeve

. Qureshi, M.try, N. S. Isaadiscoinnection

proach, Stuar

ry-II)

or formation,

theses involvr catalysis invnthesis, Introgroups, reactnd synthetic

r orbital theons.

by I.L. Finar,

chanisms, and

ll: New York,aw Hill, 2005.oyd, and R. K

nd industrial

M. Coxon, Ces, Stuart Wa

. L. Qureshi, ac, John Willn approach, S

rt Warren, 199

Cr. 4

general react

ing boron, pvolving quateoduction to ptions involvin

applications

ory; cycloaddi

Pearson Edu

d Structure, 6

,1987. . K. Boyd, Ben

perspectives

Chapman and arren, Oxford

1999, Wiley-ey and Sons,

Stuart Warren

93, John Will

Hrs Sem4 VI

tions and syn

phosphorus, sernary ammoprotective grng the introdus. Introductio

ition, electroc

ucation (singa

6th ed. by Mi

njamin Cumm

s by C. M. S

Hall, 1993. d University

VCH. 1974.

n, John Wille

ley and Sons

mester III

nthetic

ilicon nium, roups, uction on to

cyclic

apore)

ichael

mings,

Starks,

Press

ey and

1993.

13. Designing Organic Synthesis, A Programmed Introduction to synthon approach, S. Warren, John Willey and Son, 1992.

14. Guide book to Organic Syntheses, R. K. Mackie, D. M. Smith, Longman Group Limited, 1982.

BS (4 Y

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Ye4

SYLLAB

Organic S

(a) Mulbrom

(b) Preptolu

RECOM

1. Practi2. Vogel

Furni3. Advan4. Advan

India,

Years) for

430 ear D4 C

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Synthesis:

lti-step prepmotoluene froparation, sepa

uene; o-nitroso

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hemistry, by Jhemistry (2nd

t Title ry (Sp. Pract

pic characteroluene from oof regio-isom

nol from phen

and B. C. SauChemistry (5tgman UK, 198J. Leonard, B.d ed.) by N. K

tical)

rization: p-n-toluidine

mers: o-nitrotonol

unders, 1978, th ed.) by A89. Lygo, G. Pro

K. Vishnoi, V

Cr. 2

nitroaniline

oluene and p

Longman, UA.I. Vogel, A

octer, CRC. 1Vikas Publishi

Hrs Sem2 VI

from aniline

p-nitrotoluene

UK, 1978. A.R. Tatchell

1994. ing House Pv

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Gas ChroSelection,ChromatoChromato

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Potentiom

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General PDTA (diffand EGD

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412 ear D4 C

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metry:

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mentation, ty, DSC (differ

Principles, ins

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Ltd.

t Title try (Sp. Theo

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as Chromatogy, Optimizatiography wit

nt Elution am, Sample In

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membrane ele

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FTIR / R

Origin ofSymmetryVibrationspectroscotheir func

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Atomic /

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West, Inter Sciark Jr. & G.AJohn Wiley anan StockwellL.J. Bellacy,

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NE:

otometry:

(II) using 1, 1(III) using thimium by diph

Pb, Cd, Zn andions using poin water by usd calibration gy DMG metho

mixtures

x of Cr compln of a Mixtureermination of

BOOKS: ok of quantit

man. cular spectro

n Heidelberg.

d Colleges

Subjecttical Chemist

10-phenanthroiocyanate methenylcarbazidd Cu in soil stentiometer.sing ion selecgraphs of Pb, od spectropho

of com

lex with diphee of Xylene f Lead or Leav

tative inorga

oscopy. Basic


oline methodthod.

de method. amples by AA

ctive electrodeCd, Zn and F

otometricallymplexes o

enyl carbazid

ves using Sol

anic analysis

c concepts an

ctical)

.

AS technique

es. Fe by AAS. y. of Iron

de.

lvent Extracti

by J. Basset

nd practical a

Cr. 2

e.

with Th

on.

tt. The Engli

application b

Hrs Sem2 V

hiocyanide

ish language

by Sune Svan

mester VII

and

book

nberg,

BS (4 Y

CodeCHEM-4

Ye4

SYLLAB

Voltrame

Principle

Polarogra

Introducti(droppingquantitativ

Amperom

Conducto

Conductanof solutiomeasurem

Arc / Spa

RECOM

1. VogelSocie

2. VogelsKTHomas

Years) for

e 431 ear D4 C

BUS OUTLIN

etry:

and applicatio

aphy:

ion and princg mercury eve aspects of

metry:

ometry:

nce in Solution depends; M

ment.

ark / Glow, A

MENDED B

ls, s text booty and Longm, text book ofs, Pearson edu

Affiliated

AnalytiDiscipline Chemistry

NE:

ons of anodic

ciple of polalectrode); limpolarographi

ons; Specific Measurement

Automation:

BOOKS:

ok of quantitman. f Quantitativeucation Ltd.

d Colleges

Subjecical Chemistr

c stripping vo

arography, bamiting and ical analysis

conductanceof conductan

tative inorga

e chemical ana

ct Title ry (Sp. Theo

ltametry

asic instrumeresidual curr

; molar condunce; cell cons

anic analysis

alysis by J.me

ory-I)

entation, worrent; half-wa

uctance; factotant; Analytic

by J. Basset

endham, RC

Cr. 4

rking and advave potential

ors upon whiccal applicatio

tt. The Engli

Denny, JDBa

Hrs Sem4 VI

vantages of l; qualitative

ch the conducons of conduc

ish language

arnes, MJ

mester III

DME e and

ctance ctance

book

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

Laser Spe

Principle systems, Plaser, Use

Nuclear M

Basic prinNMR Speapplicatio

Mass Spe

Principle Advancemspectrome

RECOM

1. New N.Y.

2. InstruInc. N

3. Princi4. Laser5. Analy6. A tex

book

Years) for

432 ear D4 C

BUS OUTLIN

ectroscopy:

of laser operProperties of e of laser radia

Magnetic Re

nciples; propectrometry; Id

ons of NMR s

ectrometry:

of mass specments in equetry; Interpret

MENDED B

Instrumental

umental MethN.Y. London. iples of Polarr spectroscopyytical chemistxt book of ansyndicate.

Affiliated

AnalytiDiscipline Chemistry

NE:

ation; Stimullaser light anation in absor

sonance Spe

perties of nucdentification pectroscopy.

ctrometry; Intuipment in eqtation of mass

BOOKS:

Methods in E

hods of Analy

rography by Jy by Wolfgantry by Kellnernalytical chem

d Colleges

Subjectical Chemist

lated emissionnd its general rption and flu

ctroscopy:

clei, Chemicaof structural

el system, ionquipment; Ans spectra. Cor

Electro Chem

ysis by Hobe

J. Herosky & Jng Demtroderr, J.M. Mermmistry by Y-

t Title ry (Sp. Theo

n Population and analytica

uorescence spe

al shifts; Spinfeatures; Us

nization, accenalytical userrelation of m

mistry by Fau

rt H. Willart

J. Kuta, Acad, springerlink

met, Wiley-VC-Anjaneyulu,

ory-II)

inversion, Sial applicationsectroscopic m

n-Spin couple of NMR im

eleration, Dris of mass sp

mass spectra w

ul-Delabay, In

, Lyle L. Me

demic Press Nk. CH Verlag Gm

K-chamdare

Cr. 4

ingle level ans; ruby laser,

methods.

ling; Pulsed Fmaging in me

ft Chamber, Dpectrometry,

with Molecula

nter Science P

errit, D. Van

N.Y. (1968).

mbH & Co. Ke khar, ValiM

Hrs Sem4 VI

nd multi-levelnitrogen lase

Fourier Tranedicine; Anal

Detection sysQuadrupole

ar structure.

Publisher, Lo

Nosrant Com

KGaA. Manickam, Ph

mester III

l laser r, dye

sform lytical

stems; mass

ondon,

mpany

harma

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

Conducto

Determine

Determine

Determine

Determine

Potentiom

Determine

Determine

Determine

Determine

RECOM

1. VK

Years) for

433 ear D4 C

BUS OUTLIN

ometry:

e the amount

e the amount

e the amount

e the amount

metry:

e the amount

e the amount

e the amount

e the amount

MENDED B

Vogels, text bKTHomas, Pea

Affiliated

AnalyticDiscipline Chemistry

NE:

of HCl condu

of base NH4

of NH4OH b

of NaOH con

of HCl by us

of HCl by us

of CH3COO

of HCl & CH

BOOKS:

book of Quanarson educati

d Colleges

Subjectcal Chemistr

uctometrically

OH conducto

by using weak

nductometrica

sing strong ba

sing weak bas

H by using st

H3COOh cond

ntitative chemon Ltd.

t Title ry (Practical)

y by using str

ometrically by

k acid CH3CO

ally by using

ase (NaOH) p

se (NH4OH) p

trong base (na

ductometrica

mical analysi

)

rong base NaO

y using strong

OOH conduct

weak acid CH

otentiometric

potentiometri

aoh).

lly by using s

is byJ.mendh

Cr. 2

OH.

g acid.

tometrically.

H3COOH.

cally.

ically.

strong base N

ham, RCDenn

Hrs Sem2 VI

NaOH.

ny, JDBarnes

mester III

s, MJ

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. ProceBrief petroldistillproce

2. PaperHistorproce

3. Fertil(a)

(b)

(c)

(d)

RECOM

1. Pulp a2. Chem3. Fertili4. Petrol5. Indus6. Shere

York.

Years) for

415 ear D4 C

BUS OUTLIN

essing of Crudescription

leum; Varioulation; refininsses

r and Pulp Inry and back ss and Kraft (

lizer IndustrAmmonia: Raw materiaprocess), its

Urea: Raw materia

Calcium FerCalcium amphosphate.

Potash FertilManufacture

MENDED B

and Paper Tecmistry of Pulp

izers and Soilleum Refiningtrial chemistr

eve’s Chemic.

Affiliated

AppliDiscipline Chemistry

NE:

ude Oil: of origin of

us unit procesng, cracking;

ndustries: ground, surv

(sulphate) pro

ries (Ammon

als, various suse as fertiliz

als, manufactu

rtilizers: mmonium nitr

lizers: e and use of p

BOOKS:

chnology, Teand Paper m

l Fertility, U.g Technologyry, B. K. Sharal Process In

d Colleges

Subjectied Chemistr

f petroleum, sses involved reforming,

vey of raw mocess, Manufa

ia, Urea and

sources of hyzer and other

ure of urea, as

rate, calcium

potash fertilize

sting and Appaking, EdwinS.Jones, Resy, Ram Parsadrma, Krishna ndustries, 5th


Migration, red petroleum pisomerization

materials, profacture of pape

d other Fertil

ydrogen and napplications.

ssimilation in

m cyanamide,

ers.

plications, K.n Sutermeisterton Publishind (2002). Prakashan MEd.1975, by

ry-I)

eservoir, expprocessing likn; Polymeriz

oduction of per environme

izers):

nitrogen, man

n soil.

calcium sup

.P. Rao (2003r, Ed-3rd (194ng Co. Virgini

Media (P) Ltd.y G.T.Austin

Cr. 4

ploration andke surface opation, alkylat

pulp by sodantal aspects o

nufacture of a

per phosphate

3), CBS Publi46) ia,1979.

, Ed-15 (2006n, McGraw H

Hrs Sem4 V

d drilling of peration, fraction and fini

a process, suof paper indus

ammonia (Ha

e and triple

ishers.

6). Hill Book Co.

mester VII

crude tional ishing

ulphite stry.

aber’s

super

New

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. Steel,(a)

(b)

2. TextiColorof dysynthe

3. Analy(a)

(b)

(c)

RECOM

1. Chem2. Instru3. Graha

Distri4. Nicke5. T. B. 6. Instru

McGr

Years) for

416 ear D4 C

BUS OUTLIN

, MetallurgicSteel and MManufactureclassification

ElectroplatiPrinciple ofelectroplatin

le Dyeing: r and chemicayes, manufactetic fibers, Th

ytical TechniSpectroscopUse of differcontrol of raw

ChromatogrUse of Thin industries.

On-Line AnSignificanceClassificatioautomation a

MENDED B

mistry of ironumental methoam’s Electroibutors, New el and Chromof Quantitativ

umental Analraw-Hill Book

Affiliated

ApplieDiscipline Chemistry

NE:

cal Products Metallurgical e of cast iron n of steel, pas

ing: f electroplat

ng, chrome pla

al constitutioturing of dyeheory of Colo

iques and onpy: rent spectroscw materials, i

raphy: layer chroma

nalysis and Ae of on-line n of techniqand on-line an

BOOKS:

n and Steel Mod of Analysioplating EngDelhi. (1997)

mium plating,ve Inorganic lysis, Gary Dk company, 1

d Colleges

Subjected Chemistry

and ElectropProducts: and steel, w

ssivity, differe

ting, purposeating, nickel p

n, Important e intermediateoration, Color

n-line analysi

copic techniquintermediates

atography, ga

Automation:analysis an

ques w.r.t. aunalysis, differ

Manufacture, Cis, Willar Mergineering Ha). , J.K.Dennis Analysis, Vo

D. Christain, 1987.


plating:

wrought iron, ent theories o

e of electroplating and el

classes of ches and dyes, ration of wool

is in Industry

ues like FES,s and final pro

s chromatogr

nd automatioutomation, Urent types of a

C.Bodsworthrritt Dean Setand Book, E

& T.E.Such,ogal’s Ed-4th,

1978, Introd

ry-II)

formation of of rusting of ir

oplating, difflectroplating o

hromogens, CSelection of

l, cellulosic a

y:

AAS and Spoducts in vari

raphy and HP

on of analyUse of microautomatic ana

h, Longman Pttle, Seventh EEd. L.J. Du

, Newness BuLongman Gro

duction to Ins

Cr. 4

f alloys, heat ron and its pre

fferent proceof plastics.

Classification f dyes for woand synthetic

pectrophotomous industrie

LC in pharma

ytical techniqprocessor in

alyzers.

Press, LondoEdition (1986urney, CBS

utterworth, Loup Limited (strumental A

Hrs Sem4 V

treatment of evention.

esses involve

and nomencool, cellulosifibers.

etry for the qs.

aceutical and

ques in indconjugation

on, 1963. 6)

Publkishers

London (1972(1978).

Analysis by B

mester VII

steel,

ed in

lature c and

quality

other

dustry; n with

s and

2).

Braun,

7. Dyes and Dyeing, C.E. Pellow, Abhishek Publishers, 1998. 8. Textile Dyes and Pigments, H. Panda, NIIR Publishers. 9. The Chemistry of Synthetic Dyes and Pigments, H. A. Lubs, Reinhold Publishing Corporation, 1955.

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. Oil &Acid v

2. Wate(a) (b) (c)

3. IndusSteel

Analytechni

4. TextiDying

RECOM

1. Metal2. Appli

(19893. T. B. 4. Practi5. Dyes

Years) for

417 ear D4 C

BUS OUTLIN

& Fats value; Ester V

er Pollution Dissolved OBiological OChemical Ox

strial AnalysAnalysis invo

ysis of dolomiques.

le g of clothes in

MENDED B

llurgical Analied Chemistry9). of Quantitativical Statistics and Dyeing,

Affiliated


NE:

Value; Sponif

xygen Oxygen Demaxygen Deman

sis olving volum

mite; haemet

n different sha

BOOKS:

lysis, Lord (1y Theory an

ve Inorganic for the AnalyC. E. Pellew,

d Colleges

Subjectied Chemistr

fication value

and nd

metry, spectro

ite; chromite

ades using Ac

893). nd Practice, O

Analysis, Voytical Scientis, Abhishek Pu

t Title ry (Sp. Practi

e and Iodine v

photometry a

e and bauxite

cid dyes

O.P. Verman

ogal’s Ed-4th, st, A Bench Gublishers (199

ical)

value of differ

and solvent ex

e ores involv

ni & A.K. N

Longman GroGuide, RSC P98).

Cr. 2

rent vegetable

xtraction.

ving separati

Narula, Wiley

oup Limited (Publishing LG

Hrs Sem2 V

e oils

ion and anal

y Eastern Li

(1978). GC Ltd 2009.

mester VII

lytical

imited

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. LeathIntrodpollut

2. (a)

(b)

3. TextiClassiincluddesizi

RECOM

1. Food 2. Indus3. Leath4. Fibre 5. A Tex

Years) for

434 ear D4 C

BUS OUTLIN

her Tanningduction, impotion aspects in

Oils and FaClassificatiooils, refininglubricants an

Petrochemic

Chemistry abenzene, topetrochemic

le Fibers: ification of syding nylons aing, scouring,

MENDED B

Oils and Fatstrial chemistr

her in life art ato fabric, 4th

xt on Petroche

Affiliated


NE:

g Industries: ortant steps innvolved in tan

ts: n of oils andg and hydrognd paints.

cals:

and importancoluene, xyleals of industr

ynthetic fiberand polyester , mercerizing

BOOKS:

s, H.Lawson, ry, B. K. Sharand industry, Ed, Potter & emicals, Bhas

d Colleges

Subjectied Chemistr

n leather mannning industr

d fats, vegetagenation of o

ce of the folene and naprial significan

rs, chemistry fibers. Finishand bleachin

CBS Publkisrma, Krishna John W. WatCorban, McGskararsao, 20


nufacturing, thies.

able oils, esseoils, Industria

llowing petrophthalene. Oce.

and manufaching processe

ng.

shers and DistPrakashan Mterer, 1927. FGraw Hill boo02.

ry-I)

heory of leath

ential oils, vaal application

ochemicals: AOxidation ha

turing of visces for 100%

tributors, NewMedia (P) Ltd.Faber and Fabok Company,

Cr. 4

her tanning, w

arious methodns of oils in r

Acetylene; ethalogination

cose rayon, trcotton fibrics

w Delhi.(1997, Ed-15 (2006er Ltd. 1959.

Hrs Sem4 VI

waste disposa

ds of extractiresins, surfac

hylene; propyand nitratio

rue synthetic s such as sing

7). 6).

mester III

al and

ion of ctants,

ylene, on of

fibers geing,

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. Coal The Hydro

2. SugarExtraccrysta

3. PolymGenerof polof pla

Brief

Polye

RECOM

1. Shere2. An In3. Princi4. Mode5. Sugar6. Princi

Years) for

435 ear D4 C

BUS OUTLIN

Chemicals fudestructive ogenelysis Na

r Industry anction of juiceallization. Bee

mers: ral classificatlymerization

astics.

description a

ethylene, poly

MENDED B

eve’s Chemicantroduction toiples of Polymern Technologr: Science andiples of Sugar

Affiliated

ApplieDiscipline Chemistry

NE:

uel Gases: distillation oatural gas; Co

nd Related Ce from sugaret sugar. Gluc

tion of polymprocess, Poly

and uses of the

ystyrene, epox

BOOKS:

al Process Ind Polymer Che

mer Systems, gy of Plastics d Technologyr Technology

d Colleges

Subjected Chemistry

of coal, cokoal Gas: Wate

Chemicals: r cane, purificcose and hydr

mers, characterymer processi

e following p

xy resins, poly

dustries, 5th Eemistry, W.RRodri-Guez, and Polymer

y, G. G. Birchy, Pieter Honig


king of coaer Gas; Liquef

cation of juicrogenated glu

ristics and siging like extru

polymers:

yethylene tetr

Ed.1975, G.TR.Moor, Londo

McGraw Hilr Processing Ih and K.. J. Pag Vol I, Elsev

ry-II)

al distillationfied Petroleum

ce, clarificatiucose syrups.

gnificance of usion, injectio

rapthalate.

.Austin, McGon Press, Lonll Book Co. NIndustries, NIarker, Appliedvier Publishin

Cr. 4

n of coal tam Gases.

on, concentra

f polymers, vaon, modeling

Graw Hill Boondon. New York. IIR Board d Science Pubng Company,

Hrs Sem4 VI

ar; Liquid F

ation, refinin

arious mechanand blow mo

ok Co. New Y

blishers Ltd., 1953.

mester III

Fuels:

g and

nisms olding

York.

1979.

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

Petroleum

Determina

Water Po

Heavy me

Industria

Sucrose inIsolation aAnalysis oAssay of technique SpectromSimultaneDetermina Polymer:DepolymeCatalytic RECOM1. Metal2. Appli

(19893. T. B. 4. Practi5. Dyes 6. Exper

Years) for

436 ear D4 C

BUS OUTLIN

m:

ation of diese

ollution:

etals in indust

al Analysis:

n sugar cane jand determinaof effluents frphamaceutic

es.

metery: eous determination of pK v

: erization of pdegradation o

MENDED Bllurgical Analied Chemistry9). of Quantitativical Statistics and Dyeing,

riments in Phy

Affiliated


NE:

el index, Anili

trial effluents

juice using poation of casinrom leather tacal products

nation of chrovalue of indica

olyethylene tof polythene.

BOOKS: lysis, Lord (1y Theory an

ve Inorganic for the AnalyC. E. Pellew,ysical Chemi

d Colleges

Subjectied Chemistr

ine point and

by AAS.

olarimetry. ne, lactose andanneries. like aspirin,

omium and maators (methyl

terephthalate.

893). nd Practice, O

Analysis, Voytical Scientis, Abhishek Pustry, David P

t Title ry (Sp. Practi

Pour point o

d fat in milk.

paracetamol,

anganese in sorange and m

O.P. Verman

ogal’s Ed-4th, st, A Bench Gublishers (199

P. Shoe Maker

ical)

f lubricating o

, and chloram

steel. methyl red).

ni & A.K. N

Longman GroGuide, RSC P98). r, McGraw H

Cr. 2

oil.

mphenecol us

Narula, Wiley

oup Limited (Publishing, LG

Hill Internation

Hrs Sem2 VI

sing spectros

y Eastern Li

(1978). GC Ltd 2009.

nal (1996).

mester III

scopic

imited

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. BasisMethoreducand rphosp

2. MetaDigesUronicontro

3. MetaDigescarriedisordProsta

4. EndoMechPituitaHorm

RECOM

1. Princi2. Bioch3. Lippin

Lippin4. The B5. Harpe

Years) for

418 Biocheear D4 C

BUS OUTLIN

of Metaboliods of metabtion. Electornegulation of

phorylation.

bolism of Castion, Absorptic acid pathwol. Regulation

bolism of Lipstion and absoer protein anders. . Contaglandins.

ocrine systemhanisms of actary, Gonadal

monal control m

MENDED B

iples of Biochhemistry by Lncott’s Biochncott Compan

Biochemistry ers Biochemis

Affiliated

emistry (Sp. TDiscipline Chemistry

NE:

sm: bolism studyn Carriers invATP produc

arbohydratestion, and Tranway. Gluconn of carbohyd

pids: orption of Lip

nd Carnitine trol of fatty

m: tion of hormol, Adrenal, Tmechanisms.

BOOKS:

hemistry by LLubert Stryer(2hemistry by Cny of Cell signalstry, 27th ed.

d Colleges

SubjectTheory-I)

y. Cell bioenvolved in thection. Inhibito

s: nsport of Car

neogenesis. Gdrate metaboli

pids. Detailedcarriers. Me

y acid Meta

ones. ChemisThyroid, Par

Lehninger AL2006) Pub: F

Champe.P C;

ling by Ernst 2006 Pub: M

t Title

nergetics ande oxidation ofors of electro

rbohydrates. GGlycogenesis, ism.

d Synthesis aetabolism of abolism. Ket

stry, Metaboliathyroid, Int

L, Nelson DL reeman and C Harvey. R. A

J. HelmreichMcGraw Hill I

d Role of Af fuel molecuon transport c

Glycolysis, CGlycogenoly

and Oxidationessentiall fa

tone Bodies.

ism and Biolotestinal and R

and Cox MNCompany A and Ferrier

h 2001 Pub: OInc

Cr. 4

ATP. Biologiules. Oxidativchain. Uncou

itric acid Cycysis, Photosy

n of fatty acidatty acids an Phospholip

ogical functioRenal harmo

N, 2000 Pub: w

r. D. R. 3rd e

Oxford Univer

Hrs Sem4 V

cal oxidationve phosphoryuplers of oxid

cle. HMP pathynthesis and

ds, Involvingnd their metapids, steroids

ons of Pancreones. Pherom

worth Publish

ed., 2004 Pub

rsity Press.

mester VII

n and ylation dative

hway. their

g Acyl abolic s and

eateic, mones.

hers

: J. b.

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. BiochGenerand mAbno

2. ImmuThe imhybridleucoc

3. VitamWaterphysioand K

4. PhysiGenerchromchromImmuElectrRadio

RECOM

1. PrinciPublis

2. Bioch3. A bio

Keith4. Immu5. Harpe

Years) for

419 ear D4 C

BUS OUTLIN

hemistry of Bral compositi

metabolism ofrmal compos

unochemistrymmune systedoma immuncytes and Ma

mins in healthr soluble andological func

K.

ical Techniqural methods

matography, Gmatography. unoelectrophorofocussing. oisotopes and

MENDED B

iples of Biocshers hemistry by Lologist’s guideh Wilson Pub:unology by J. ers Biochemis

Affiliated

BioDiscipline Chemistry

NE:

Body Fluids: on of Blood, f Porphyrin anition of Urine

y: em. Detailed snaglobulins. Iacrophages. A

h and diseased fat solublections, deficie

ues used in B for extracGel filtration

HPLC. Pooresis. Imuno

Gradient cetheir applicat

BOOKS:

chemistry by

Lubert Stryer(2e to Principle Edward ArnKuby 2nd ed

stry, 27th ed.

d Colleges

Subjectochemistry (S

blood plasmand Hemoglobe and its Bioc

structure, cheImmungenes.

Abnormalitites

e: e vitamins. Aency symptom

Biochemistryction, fraction, ion-exchanolyacrylamideological technentrifugation. tions in Bioch

Lehninger A

2006) Pub: Fes and Techniold Ltd.

d. 1996 Pub: W(2006) McGr

t Title Sp. Theory- I

a, blood protebin. Gaseous tchemical effec

emistry and sy Complemens of the immu

A discussion ms and requir

y: onation and nge chromatoe and agarniques includ

Ultra filtrathemistry. X-r

AL, Nelson D

reeman and Ciques of Pract

W. H. freemanraw Hill Inc.

II)

eins, formed etransport. Cocts. Composit

ynthesis of imnt system. Infune system.

of the occurrements of vi

purificationography, Affirose gel eding RIA, Etion. Lypholray diffraction

DL and Cox M

Company tical Biochem

n and Co.

Cr. 4

elements of bagulation of btion of CSF.

mmunoglobulflammatory p

rrence, chemtamins A. B-

n of proteinfinity chromaelectrophoresiELISA, Immulization. Elecn

MN, 2000

mistry by Bry

Hrs Sem4 V

blood. Biosynblood. Norma

lins. Myelomprocess. Perip

mistry, metabo-Complex, C,

ns. Principleatography andis, SDS Punohistochemctron micros

Pub: w

an L William

mester VII

nthesis al and

ma and pheral

olism, , D, E

es of d gas AGE,

mistry, scopy.

worth

ms and

BS (4 Y

Code CHEM-4

Ye4

SYLLAB

1. EnzymIsolatConcekinetiSpect

2. VitamEstim

3. UrineAnaly

4. BloodAnalyTrigly

RECOM

1. Mo2. Prac3. An

Pub

Years) for

421 ear D4 C

BUS OUTLIN

mes: tion of enzyentration of sic parametertrophotometer

mins: mation of Vitam

e Analysis: ysis of organi

d Analysis: ysis of blood ycerides by ch

MENDED B

dren Experimctical clinicalIntroduction

b: McGraw H

Affiliated


NE:

yme from disubstrate on thrs of theser.

min A, B1, B

c constituents

constituent lihemical meth

BOOKS:

mental Biochel Biochemistrto Practical Bill

d Colleges

Subjectochemistry (

ifferent sourche properties e enzymes

B2, C and D in

s in normal an

ike, Calcium,hods, flame ph

emistry by R. ry by Varley. Biochemistry

t Title Sp. Practical

ces, study oof Alkaline Pand their

n food materi

nd abnormal h

, Phosphate, Shotometry and

F. Boyer 3rdPub: CBS puBy D. T. Plum

l)

of different Phosphatase amode of

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human urine.

Sugar,Urea, cd atomic abso

d ed, 2000, Puublisher mmer 3rd ed.

Cr. 2

factors like and LDH. Deinhibition u

cal methods a

creatine, Biliuorption spectr

ub: Pearson Ed

. (1987)

Hrs Sem2 V

temperatureetermination ousing UV/V

and HPLC.

uribin, Cholesroscopy.

ducation Inc.

mester VII

. pH, of the

Visible

sterol,

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Code CHEM-4

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bolism of Amstion and Abs, Urea Cycleimportance. C

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mino acids ansorption of P Decarboxyla

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hemistry by LLubert Stryer(2

and Molecul

stry, 27th ed.

d Colleges

Subjectochemistry (

nd Proteins:roteins. Biosyation, transamccreatinine sy

of Purines annthesis of RN

in industry. te (MSG) using and preserv

nd alien metand their metab

Lehninger AL2006) Pub: Far Biology b

(2006) McGr

t Title Sp. Theory-I

ynthesis of emination and ynthesis and s

nd PyrimidinNA and splicin

Industrial prng microorga

ving of milk a

als; their occubolism.

L, Nelson DL reeman and C

by Kleinsmith

raw Hill Inc

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essential amindeamination

secretion.

nes. Biosynthng.

roduction of Eanisms. Bacteand meat. Bac

urrence, phys

and Cox MNCompany h.L. J. and K

Cr. 4

no acids. Degn reactions of

hesis of nucl

Ethyl Alcohorial applicatiocterial use in

siological fun

N, 2000 Pub: w

Kish. V. M. 2

Hrs Sem4 VI

gradation of af amino acid

leotides. Diso

ol, Vinegar, Lon in food indother industr

nctions, defic

worth Publish

2nd ed. 1995,

mester III

amino ds and

orders

Lactic dustry ries as

ciency

hers

, Pub:

BS (4 Y

Code CHEM-4

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1. PhysiStructand dpotenBiolo

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3. DrugChemantifu

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Harpe4. Harpe5. Huma

Co. 6. Funda

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438 ear D4 C

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iological Cheture and detodetoxification

ntial. Ionizatiogical systems

cular Biologyas a genetic

cription and tiction enzymetitutive, repre

mbinant DNA

Metabolismmistry, metaboungal drugs. D

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iples of Biochcular Biologyiples of cell er Collins ers Biochemisan Physiology

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m and chemotolism and mDrug resistan

mistry: and their grMicroorganismhods of Growin cultures

eriophages.

BOOKS:

hemistry by Ly of the cell byand Molecul

stry, 27th ed. y- From Cells

Microbiology

d Colleges

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nction of liverMuscular con, weak Acid

abolism and a

Eukaryotic chProtein Synthen of gene exp

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therapy: mechanism ofnce, Biochemi

ross Classifims, Factors

wth measuremand its bene

Lehninger ALy Albert. B anar Biology b

(2006) McGrs to Systems b

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t Title Sp. Theory-I

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ng.

f action of ical transform

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ment, Growth efits. Gene t

L, Nelson DL nd Bray. D 3r

by Kleinsmith

raw Hill Incby Lauralee S

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of Kidney witd relaxation. k Bases. Bufnce.

Genes and etic code. Drokaryotes & ds, bacteriop

antimalarialsmation of drug

terial growthwth of micro

under extremtransfer: tra

and Cox MNrd ed. 1994 Ph.L. J. and K

Sherwood 4th

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th special refeNerve cond

ffering agains

mutational uNA repair anEukaryotes a

phages, cosm

s, antibacteriags. Anticancer

h and cultivobes. Culture me environmeansformation,

N, 2000 Pub: wPub: Garland PKish. V. M. 2

h ed. 2004 Pu

mmings Co.

Hrs Sem4 VI

erence of excruction and ast pH chang

units. Replicnd recombinaand Operon m

mids. Metho

als, antiviralr drugs.

vation technimedias and

ents. Mutatio transduction

worth PublishPublishing In

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model. ds of

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mation of orgods.

mation of ClinT, creatine kin

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Separation teGel filtration

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anic constitueand titration m

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ntal BiochemBiochemistry b

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d Colleges

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ents in normamethod.

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rtant enzymeng their specif

light microsc

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mistry by R. F.by Varley. Puochemistry By. By E. Aicam

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f Blood prote

. Boyer 3rd edub: CBS publy D. T. Plumm

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mal urine by a

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atomic absorp

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crylamide gel

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sphatase, SG

h curve.

l electrophore

ucation Inc.

McGraw Hill gs Publishing

mester III

metry,

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g Co.

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