Government of Karnataka Department of Collegiate Education Sri Mahadeshwara Government First Grade College Kollegal-571440 Department of Economics

LESSON PLAN FOR THE ACADEMIC YEAR: 2015-16

Programme: Arts Course/Paper Name: Principles of Macro Economics Semester: II semester Class: B.A

Sl. Unit Unit to be covered as Date Unit related events / No prescribed by the components for effective university From To curriculum delivery 01. I An Overview of 11/01/2016 10/02/2016 Unit Test, Unit wise Macroeconomics : Assignment, Seminar by Macroeconomics: Meaning, Students, Group Types and Scope - discussion. Importance and Limitations - Basic Concepts of Macroeconomics, Stocks, Flow and Equilibrium - National Income: Meaning and Importance - Concepts - GDP, GNP, NDP, NNP, NI, PI, DPI and Per capita Income - Circular Flow of Income 02. II Classical Theory of 11/02/2016 02/03/2016 Unit Test, Unit wise Employment: Basic Assignment, Seminar by Assumptions of Classical Students, Group Theory - Classical Theory discussion. of Employment - Say’s Law of Market - Wage - Price Flexibility (Pigou’s Version) - Saving and Investment Equality - Evaluation of the Classical Theory of Employment 03. III Keynesian Theory: 03/03/2016 01/04/2016 Unit Test, Unit wise Concepts of Effective Assignment, Seminar by Demand and its Students, Group Determinants. Equilibrium discussion. Level of Income and Employment. Consumption Function: Psychological Law of Consumption, Factors Affecting Consumption Function. Investment Function: Factors Affecting Investment Function. Multipiler - Evaluation of the Keynesian Theory of Employment. 04. IV Inflation, Deflation and 02/04/2016 29/04/2016 Unit Test, Unit wise Business Cycle: Inflation: Assignment, Seminar by Meaning and Types - Students, Group Causes and Effects of discussion. Inflation - Inflationary Gap. General Test Deflation: Meaning - IA Causes and Effects of Deflation - Deflationary Gap. Business Cycle: Meaning, Types and Phases of Business Cycle - Measures to Control Business Cycle. 05. V Macroeconomic Policy 30/04/2016 09/05/2016 Unit Test, Unit wise and New Classical Assignment, Seminar by Macroeconomics: Students, Group Monetary Policy: discussion. Objectives and Importance - General Test-I Quantitative and Qualitative Measures of Credit Control - Fiscal Policy: Objectives and Importance - Tax, Expenditure, Debt. 06 Revision 10/05/2016 11/05/2016 Revision, Question papers solving, Assignment, General Test-III, Viva- Voice.

Government of Karnataka Department of Collegiate Education Sri Mahadeshwara Government First Grade College Kollegal-571440 Department of Economics

LESSON PLAN FOR THE ACADEMIC YEAR: 2015-16

Programme: Arts Course/Paper Name: Indian Economic Thought Semester: VI semester Class: B. A

Sl. Unit Unit to be covered as Date Unit related events / No prescribed by the components for effective university From To curriculum delivery 01. I Ancient and Medieval 11/01/2016 31/01/2016 Unit Test, Period: Economic Thought Unit wise Assignment, in Ancient and Medieval Seminar by students, Group India - a Brief Analysis of discussion. Tutorial classes, Kautilya’s Arthashastra: quiz, Economic Functions of the State, Taxation and Pricing Policy and Land Revenue System. II Economic Thinkers in 01/02/2016 26/02/2016 Unit Test, 02. India: Dadabhai Navaroji: Unit wise Assignment, The Drain Theory Seminar by students, Group Mahadev Govind Ranade: discussion. Tutorial classes, Poverty and quiz, Industrialization, Agrarian Policy, Railway and Investment, R.C. Dutt: Economic Growth Sir Vishveshwaraiah: Rural Development, Planning and Industrialization 03. III Gandhian Economic 27/02/2016 20/03/2016 Unit Test, Thought: Mahatma Unit wise Assignment, Gandhi: Swadeshi Seminar by students, Group Technology, Sarvodhaya, discussion. Trusteeship and Industrial General Test Tutorial Relations. classes, quiz 04. IV Socialist Economic 21/03/2016 10/04/2016 Unit Test, Thinkers in Modern Unit wise Assignment, India: Seminar by students, Group Jawaharlal Nehru: Planning, discussion. Heavy Industries General Test B.R.Ambedkar: Provincial Tutorial classes, quiz. Finances - Small Holdings - IA State Socialism, Ram Manohar Lohia: Socialist Ideas.

05 V Planning Economic 11/04/2016 07/05/2016 Unit Test, Growth and Rural Unit wise Assignment, Development: D.R Gadgil: Seminar by students, Group Planning, Decentralization. discussion. P.C. Mahalanobis: Planning General Test Model V.K.R.V.Rao: Tutorial classes, quiz. National Income Estimate C.N.Vakil and P.R. Brahmananda : Wage Goods Model Amartya Sen: Poverty and Famine, Views on Economic Development - Human Capabilities Approach.

06 Revision 08/05/2016 11/05/2016 Revision, Question papers solving, Assignment, General Test-III, Viva- Voice.

Government of Karnataka Department of Collegiate Education Sri Mahadeshwara Government First Grade College Kollegal-571440 Department of Economics

LESSON PLAN FOR THE ACADEMIC YEAR: 2015-16

Programme: Arts Course/Paper Name: Indian Economy Semester: IV semester Class: B.A

Sl. Unit Unit to be covered as Date Unit related events / No prescribed by the components for effective university From To curriculum delivery 01. I Structure of the Indian 11/01/2016 08/02/2016 Unit Test, Unit wise Economy: Natural, Human Assignment, Seminar by Resources and Economic Students, Group Development: Size and discussion. Growth Rate of Population in Indian- Population Explosion – Population policy. National Income of India – National Income estimates in India – Trends in National Income – Growth and Structure – Estimation of National Income - Limitations of National Income – Inequalities of Income in India. 02. II Agriculture Sector in 09/02/2016 25/02/2016 Unit Test, Unit wise India: Assignment, Seminar by The Place of Agriculture in Students, Group The National Economy discussion. Since 1991 – Crop Pattern In India – National Agriculture Policy – Food Security in India – Irrigation And Agricultural Inputs – Agricultural Labour – Progress Of Agriculture Under The Plans.

03. III Indian Industries: 26/02/2016 16/03/2016 Unit Test, Unit wise Importance of Assignment, Seminar by Industrialization – Industrial Students, Group Policy Since 1991 – discussion. Problems Of Large Scale Industries – Role and Problems of Small Scale Industries – Disinvestment – Policies and Issues, Emergence of It Industry. 04. IV The Tertiary sector in 17/03/2016 12/04/2016 Unit Test, Unit wise India: Foreign Trade of Assignment, Seminar by India: Composition of Students, Group India’s Foreign Trade – discussion. Direction of Indian’s General Test Foreign Trade – Indian’s IA Balance of Payments – Impact of WTO on India’s Foreign Trade – India’s Foreign Exchange Reserves. The Reserve Bank of India Its Functions And Monetary Management – Reforms In The Banking Sector. 05. V (a) Indian Fiscal System: 13/04/2016 9/05/2016 Unit Test, Unit wise Revenue and Expenditure of Assignment, Seminar by the Central and State Students, Group Governments – Public Debt discussion. Management – Financial General Test-I Relations between Center and State Parallel Economy. (b) Challenges to development: Poverty : Poverty Eradication Programmes in India Unemployment in India, Schemes to Reduce Unemployment. 06 Revision 10/05/2016 11/05/2016 Revision, Question papers solving, Assignment, General Test-III, Viva- Voice.

Government of Karnataka Department of Collegiate Education Sri Mahadeshwara Government First Grade College Kollegal-571440 Department of Economics

LESSON PLAN FOR THE ACADEMIC YEAR: 2015-16

Programme: Arts Course/Paper Name: International Economics Semester: VI semester Class: B. A

Sl. Unit Unit to be covered as Date Unit related events / No prescribed by the university components for effective From To curriculum delivery

01. I Introduction and Theories 11/01/2016 30/01/2016 Unit Test, of International Trade: Unit wise Assignment, Seminar Meaning and Importance by students, Group discussion. of International Tutorial classes, quiz, Economics - Distinction between Internal and International Trade - Theories of Absolute Cost Advantage and Comparative Cost - HeckscherOhlin Theory - Leontief Paradox II Terms of Trade: Meaning, 31/01/2016 27/02/2016 Unit Test, 02. Various Concepts and Unit wise Assignment, Seminar Factors affecting Terms of by students, Group discussion. Trade - J.S Mill s Tutorial classes, quiz, Reciprocal Demand - Deterioration in Terms of’ Trade: Prebisch-Singer Theory and Jagadesh Bhagavthi s Immesirising Economic Growth. ’ 03. III Trade and Commercial 28/02/2016 24/03/2016 Unit Test, Policy: Free Trade Vs Unit wise Assignment, Seminar Protectionist Policy - by students, Group discussion. Relative Merits and General Test Tutorial classes, Demerits. Tariffs: Types quiz, and Effects of Tariffs. Quotas: Types and Effects of Quotas. Role of Multinational Corporations - Trade Liberalization - World Trade Organization (WTO) and its Functions - WTO and India 04. IV Balance of Payment and 25/03/2016 29/04/2016 Unit Test, Foreign Exchange: Unit wise Assignment, Seminar Concepts of Balance of by students, Group discussion. Trade and Balance of General Test Payments - Disequilibrium Tutorial classes, quiz. in the Balance of IA Payments - Various Measures to Correct Disequilibrium in the Balance of Payments. Merits and Demerits of Devaluation - Meaning and Determinants of Foreign Exchange International Financial Institution and Eco Cooperation: Functions of International Monetary Fund (IMF) and International Bank for Reconstruction and Development (IBRD) 05 V International Financial 30/04/2016 07/05/2016 Unit Test, Economic and Monetary Unit wise Assignment, Seminar Cooperation: New by students, Group discussion. International Economic Order General Test (NIEO) – Economic Co- Tutorial classes, quiz. operative Among Developing Countries South Asian Association for Regional Cooperation (SAARC) 06 Revision 08/05/2016 11/05/2016 Revision, Question papers solving, Assignment, General Test-III, Viva-Voice.

Government of Karnataka Department of Collegiate Education Sri Mahadeshwara Government First Grade College Kollegal-571440 Department of Economics

LESSON PLAN FOR THE ACADEMIC YEAR: 2015-16 Programme: Arts Course/Paper Name: Public Finance Semester: VI semester Class: B. A

Sl. Unit Unit to be covered as Date Unit related events / No prescribed by the components for effective university From To curriculum delivery 01. I Introduction: Nature, 11/01/2016 31/01/2016 Unit Test, Scope and Importance of Unit wise Assignment, Public finance – Public Seminar by students, Group Finance vs Private Finance discussion. – Importance of the study of public Finance – Role of Public Finance in Developing Countries. 02. II Principles of Public 01/02/2016 01/03/2016 Unit Test, Economics: Principle of Unit wise Assignment, Maximum Social Seminar by students, Group Advantage – Principle of discussion. Allocation of Resources – Test of Social advantage – welfare Foundations of Public Finance – Social Welfare Functions of modern Government – Distinction between private Goods and public Goods – Market Failures – market Imperfections – Externalities. 03. III Public Expenditure, 02/03/2016 03/04/2016 Unit Test, Public Revenue and Unit wise Assignment, Public Debt: Principle of Seminar by students, Group public Expenditure – discussion. Wagner’s Law of increasing General Test State Activities, Hypothesis IA – Kinds of public Expenditure and Canons of Expenditure, Sources of public Revenue – Tax Revenue and Non Tax Revenue – Types – Direct and Indirect Taxation – Characteristics of a Good Tax System, Meaning of public Debt – Causes – Limits to raising public debt – burden of Debt – Debt Redemption Deficit Financing – Meaning – Techniques of Deficit Financing – Objectives of Deficit Financing 04. IV The public Budget: 04/04/2016 28/04/2016 Unit Test, Classification of budgets Unit wise Assignment, Programme and Seminar by students, Group Performance Budget – discussion. Budgetary Deficits – General Test Primary, Revenue and Fiscal Deficits – Zero base budgeting 05 Fiscal Policy: Objectives of 29/04/2016 06/05/2016 Unit Test, Fiscal Policy – Role of Unit wise Assignment, Fiscal Policy in Economic Seminar by students, Group Development discussion. General Test 05 Revision 07/06/2016 11/05/2016 Revision, Question papers solving, Assignment, General Test-III, Viva-Voice.

Sri Mahadeshwara Govt.First Grade College- Kollegal Department of Physics LESSON PLAN I Year (I Sem) Paper -1: mechanics and properties of matter

SI. Duration Topic Covered Remarks NO In Hours 1 1 Part-A Frames of Reference: inertial reference frame with examples, uniform rectilinear motion in an inertial frame –Galilean transformation equation 2 1 The Galilean principle of relativity. Motion in a non -inertial reference frame- uniformly accelerated rectilinear motion concept of fictitious force- Illustration 3 1 Plumb line accelerometer & freely falling elevator. 4 1 Qualitative discussion of centrifugal force, coriolis force 5 1 Earth as non-inertial frame. 6 1 Motion of a point particle: Point mass. The position vector r(t) of a moving point particle & its Cartesian components. Velocity & acceleration as the vector derivatives 7 1 Derivative of a planar vector of constant magnitude, radial & transverse component of velocity & acceleration for arbitrary planar motion 8 1 Deduction of result for uniform circular motion-centripetal force 9 1 Rigid body dynamics : Review of definitions, Moment of inertia & radius of gyration. 10 1 Review of statements of the theorems of the parallel & perpendicular axes. 11 1 Expression for kinetic energy of a Rigid body 12 1 Calculation of moment of inertia : thin uniform rod, rectangular lamia, circular lamina 13 1 Calculation of moment of inertia - solid cylinder ,Theory of compound pendulum 14 1 Elasticity : Concept of moduli of elasticity, hooks law & Poisson’s ratio 15 1 Relation between the elastic consonants, q ,K, n , 1 Poisson’s ratio, limiting values of (Poisson’s ratio) 16 1 Bending moment. Theory of light single cantilever. 17 1 I- section girders. 18 1 Torsion- calculation of couple/unit twists. 19 1 The torsional pendulum, static torsion 20 1 Searle’s double bar experiment 21 1 Part B Conservation of Linear momentum : Conservation of linear momentum for a system of two particles. 22 1 Rocket motion in a uniform Gravitational field (single stage rocket equation with and without gravity). 1 Continued of the Rocket motion in a uniform Gravitational field (single stage rocket equation with and without gravity). 23 1 Multistage rocket 24 1 Definitions- Elastic and inelastic collusions.. 25 1 Elastic head on collusion & elastic oblique collusion in lab frame, reduced mass 26 1 Conservation of Energy: Conservative force & non conservative forces with examples 27 1 Conservation of energy in a conservative force field applications 1 vertical oscillations of a loaded light spiral spring 1 2 calculation of escape velocity in a gravitational field of the earth 28 1 Conditions for a geostationary satellite. Space programs in India 29 1 Conservation of angular momentum: Angular momentum and torque. (Relation between angular momentum & Torque 30 1 Laws of conservation of angular momentum. Areal velocity derivation 31 1 Central force : Physical insight into the nature of central forces. 32 1 Statements – Newton’s laws of Gravitation, 33 1 Kepler’s laws of planetary motion- derivation using Newton’s law of gravitation. 34 1 Fluid mechanics: Viscosity. Review of concept of viscosity, Variation of viscosity of liquids with temperature and pressure 35 1 Theory of rotation viscometer 36 1 Surface Tension : Surface tension – basic concepts pressure inside curved liquid surface, e.g. 37 1 Surface tension and interfacial tensions by drop weight method 1 Continued of the Surface tension and interfacial tensions by drop weight method 38 1 Surface tension of mercury by Quincke’s method- theory

Sri Mahadeshwara Govt.First Grade College- Kollegal Department of Physics LESSON PLAN I Year (II Sem) Paper -2: Heat and Thermodynamics

SI. Duration Topic Covered Remarks NO In Hours 1 1 Part-A Kinetic Theory: Maxwell’s laws of distribution of molecular velocity- its interpretation 2 1 Degrees of freedom. Principle of equipartition of energy based on kinetic theory of gases. 3 1 Derivation of U=3/2 RT 4 1 Mean free path probability of a particle having mean free path. 5 1 Real gases, Andrews isothermals, Van der walls equation – expression for critical constants, 6 1 Calculation of mean velocity, most probable velocity, RMS velocity 7 1 Thermal conductivity: Equations for the flow of heat through a solid bar. 8 1 Determination of thermal conductivity of a bad conductor by Lee and Charlton method 1 Continued of the Determination of thermal conductivity of a bad conductor by Lee and Charlton method 9 1 Radiation : Determination of thermal conductivity of a bad conductor BY Lee and Charlton method 10 1 Induced and spontaneous emission of radiation . 11 1 Derivation of Planck’s law of radiation using Einstein’s A & B coefficients 12 1 Deduction of Rayleigh –Jeans law and Wien’s displacement Law from Planck’s law 13 1 Low temperature Physics: Ideal gas and real gas Van der walls Equations of state. 14 1 Porous -plug experiment and its theory . 15 1 Joules Thomson Expansion -Expression for the temperature of inversion , inversion curve, 16 1 Relation between Boyle temperature and temperature of inversion and critical temperature of a gas 1 Continued of the Relation between Boyle temperature and temperature of inversion and critical temperature of a gas 17 1 Principle of regenerative cooling. 18 1 Liquefaction of air by Linde’s method . Adiabatic demagnetization. 19 1 Part-B Thermodynamics: Basic concepts ,Carnot’s theorem, 20 1 Thermodynamic scale of temperature and its identity with perfect gas scale 21 1 Clausius - Claypeyron 1st latent heat equation , 22 1 Effect of pressure on melting point of a solid, effect of pressure on boiling point of a liquid, 1 Continued of theEffect of pressure on melting point of a solid, effect of pressure on boiling point of a liquid, 23 1 Thermodynamic Potentials: Internal energy, Enthalpy 24 1 Helmholtz function, Gibbs functions relations among these functions 25 1 Gibbs – Helmholtz equations, 26 1 Maxwell’s Thermodynamic Relations: Derivation of Maxwell’s thermodynamics relations Continued of the Derivation of Maxwell’s thermodynamics relations 27 1 T ds equations 28 1 heat capacity equations 29 1 heat capacity equations 30 1 Change of temperature during adiabatic process using Maxwell’s equations 31 1 Entropy : Concept of entropy, change of entropy in reversible & irreversible cycles, 32 1 Entropy & non available energy 33 1 Principle of increase of entropy- Clausius inequality. 34 1 2 law of thermodynamics in terms of entropy. 35 1 Entropy of ideal gas- T –S diagram , Probability and entropy 36 1 Boltzmann relation concept of absolute zero & 3rd law of Thermodynamics 1 Continued of theBoltzmann relation concept of absolute zero & 3rd law of Thermodynamics

Sri Mahadeshwara Govt. First Grade College- Kollegal Department of Physics LESSON PLAN II Year (III sem) Paper -3: Waves , Acoustics and Optics

SI. Duration Topic Covered Remarks NO In Hours 1 1 Part-A Analysis of Complex Waves : Fourier series. Examples of the square wave 1 Continued of the Fourier series. Examples of the square wave 2 1 Saw tooth wave 3 1 Superposition of simple harmonic motion Lissajous’ figures 4 1 Equations for damped vibrations. 5 1 Forced vibrations 6 1 Solution in exponential form, resonance, 7 1 Expression for amplitude and phase at resonance 8 1 progressive waves Waves in 1 Dimension. Differential equation of wave motion 9 1 Relation between amplitude and intensity. 10 1 Expression for velocity of progressive wave in a medium 11 1 Newton’s formulae , Laplace correction . 12 1 Expression for frequency of vibration of a stretched string- harmonics , longitudinal vibration in a rod.. Kundt’s tube experiment 13 1 Transducers Types of transducers, 14 1 dynamic microphone & lod speaker & their characteristics, 15 1 Piezo electrical transducers 16 1 Interference Basic concepts, Coherent sources 17 1 interference by division of wave front, - theory of Fresnel’s bi prism, 18 1 Interference by divisions of amplitude – thin films of uniform thickness- antireflective coating , 19 1 Newton’s rings 20 1 Interference at a wedge, Michelson’s interferometer – measurement of λ and dλ 21 1 Part-B Diffraction Fresnel’s and Fraunhofer diffraction. 22 1 Explanation of rectilinear propagation of light, theory of zone plate 23 1 Comparison with convex lens 24 1 Fresnel diffraction at a straight edge 25 1 Fraunhofer diffraction at a single slit 26 1 Transmission grating- theory for the case of normal incidence, 27 1 resolving power & dispersive power of a plane grating 28 1 Polarization Double refraction in uniaxial crystals Huygens theory 29 1 Positive & negative crystals. Principal refractive indices 30 1 Huygens constructions of O and e- wave fronts in a uniaxial crystals- 1 optic axis in the plane of incidence and parallel to the crystal surface at normal incidence 31 1 2 optic axis in the plane of incidence and perpendicular to the crystal surface at normal incidence 32 1 Retarding plates . production and analysis of Linearly, circularly and elliptically polarized light. 33 1 Optical activity, Fresnel’s theory, 34 1 Rotatory Polarization uses of Bi quartz, Elementary idea of Babinet compensator

35 1 interference of polarized light- expression for resultant intensity, calculation of thickness of wedge shaped crystal plate(negative & positive) 36 1 Calculation of fringe width 37 1 Optical instruments Defects of lens achromatic combinations of lenses. Huygens 1 Ramsden’s eye pieces 38 1 Resolving power of spectroscope 39 1 Velocity of light Kerr cell , Kerr effect 40 1 Determination of velocity of light by Kerr cell method

Sri Mahadeshwara Govt.First Grade College- Kollegal Department of Physics LESSON PLAN II Year (IV Sem) Paper - 4: Electricity and Electromagnetism

SI. Duration Topic Covered Remarks NO In Hours 1 1 Part-A Electrostatics Mechanical force & electric pressure on a charged surface 2 1 The path traced by a charged particle in an electric field 1 Continued of the path traced by a charged particle in an electric field 3 1 The attracted disc electrometer- construction , theory and applications 1 Continued of The attracted disc electrometer- construction , theory and applications 4 1 Galvanometers Moving coil galvanometer – Construction , theory 5 1 damping correction , 6 1 Current sensitivity and charge sensitivity. 7 1 Helmholtz galvanometer- Theory 8 1 Alternating current R.M.S values. Response of LR circuit to sinusoidal voltages 9 1 Response of CR circuits to sinusoidal voltages 10 1 Response of LCR circuits to sinusoidal voltages 11 1 Series and parallel resonance – half power frequencies, 1 Series and parallel resonance band width 1 Series and parallel resonance Q- factor 12 1 Power in electrical circuits – power factor 13 1 Maximum power transform theorem for ac circuits 14 1 Applications of ac circuits Ac bridges- Maxwell’s bridge 1 Continued of the Ac bridges- Maxwell’s bridge 15 1 Desauty bridge 16 1 Robinson’s bridge 17 1 Filters High pass and low pass filters with LR, CR combinations, 18 1 Expression for cutoff frequency. Band pass filters 19 1 Thermo-electricity Thermocouple. Seebeck effect 20 1 Peltier and Thomson effects. Thermodynamic theory of thermoelectric effect. 21 1 The law of intermediate metals and the law of intermediate temperatures 22 1 Electrical measurements CRO – construction & working 23 1 measurement of voltage, frequency and phase using a CRO 24 1 Electromagnetism Scalar and vector fields. The Gradient of a scalar field. Divergence and curl of a vector field 25 1 Physical significance of gradient, divergence and curl 26 1 Statement and theorems of gauss and stokes 27 1 Electromagnetic theory Basic concepts, equations of continuity, 28 1 Maxwell’s modifications of Ampere circuital law- displacement current. 29 1 Setting up of the Maxwell’s field equations 30 1 Maxwell’s field equations in free space , pointing vector 31 2 Wave equation for field vectors in free space and & in isotropic dielectric. 32 1 Energy density of electromagnetic wave and poynting theorem.. 33 1 Plane monochromatic electromagnetic waves – transverse nature 34 1 Helmholtz equation. Characteristics impedance of free space 35 1 Production of electromagnetic waves Accelerated charges and oscillating dipole. 36 1 Hertz’s experiment. Radiation loss- Synchrotron radiation

Sri Mahadeshwara Govt.First Grade College- Kollegal Department of Physics LESSON PLAN III Year (V sem) Paper -5: Spectroscopy and Electronics (Compulsory paper)

SI. Duration Topic Covered Remarks NO In Hours 1 1 The Electron Determination of e/m of an electron by Thomson method 2 1 Determination of charge of an electron by Millikan’s oil drop method 3 1 Atomic spectra Sommerfeld relativistic atomic model,. 4 1 Excitation and ionization potentials- Frank Hertz experiment. 5 1 Vector atom model of an atom 6 1 Electron spin. Space quantization. Magnetic moment of an electron due to its orbital motion. 7 1 Stern- Gerlach experiment.- experimental details and theory, 8 1 Spin- orbit interaction and fine structure of spectral lines 9 1 Quantum numbers and selection rules. Pauli’s exclusion principle, electronic configuration of atoms. Valence electron. 10 1 LS & JJ coupling for multi electron atoms, Zeeman effects- types, 11 1 Normal Zeeman effect, explanation of the normal Zeeman effect on the basis of the vector atom model of the atom. Expressions for the Zeeman shift 12 1 Expressions for the Zeeman effects 13 1 Molecular spectra Salient features of molecular spectra, rotation and vibration and electronic spectra of molecules, 14 1 Associated quantum numbers & selection rules, 15 1 Theory of pure rotational spectra. The Raman effect- salient features , 16 1 Experimental set up Quantum theory, intensity and polarization of Raman lines, Applications 17 1 Network theorems Thevenins theorem - application to the analysis of DC circuits 18 1 Norton’s theorem,- application to the analysis of DC circuits 19 1 Semiconductor devices Types of semiconductors, diode current equations, I- V characteristics, static and dynamic resistance of a diode,. 20 1 Bridge rectifier, expression for ripple factor and efficiency. Filters. 21 1 Zener break down and avalanche break down regulated power supplies – shunt regulator using Zener diode 22 1 Transistors Type and configuration methods of transistors biasing- voltage, fixing operating point. Drawing load line. 23 1 Effect of temperature on operating point, thermal runway 24 1 Amplifier Transistor amplifiers, 2 stage transistor RC coupled amplifier.. 25 1 Mathematical analysis, frequency response curve , half power frequencies bandwidth 26 1 Oscillators Feedback concept- Positive and negative feedback. 27 1 Barkhausen criteria. Types of oscillators – Hartley oscillator 28 1 Logic gates Construction of AND , OR & NOT logic gates using diodes & transistors, 29 1 symbols and discussion of truth table using Boolean expression for NOR, NAND and XOR logic gates

Sri Mahadeshwara Govt. First Grade College- Kollegal Department of Physics LESSON PLAN III Year (V sem) Paper -6: Condensed Matter physics (Compulsory paper)

SI. Duration Topic Covered Remarks NO In Hours 1 1 Statistical physics Maxwell- Boltzmann, Bose Einstein and Fermi-Dirac energy distribution formulae. 2 1 Comparison of 3 distribution formulae 3 1 bonding in crystals Inter atomic forces and types of bonds in a crystal, properties 4 1 characteristics of ionic bond, covalent bond , metallic bond, molecular bond, hydrogen bond 5 1 Thermal properties of solids Dulong and Petit’s law and its limitations. 6 1 Einstein’s theory of specific heat 1 Debye’s theory of specific heat 7 1 electrical properties of the metals Band theory of solids 8 1 Free electron theory of metals – classical theory. Free electron theory of metals – quantum theory. 9 1 Expression for electrical conductivity.- ohms law.. 10 1 Weidman Franz law. Statement of the available energy states between E and E+ dE 11 1 Expression for Fermi energy Hall effect and magneto resistance in metals. Expression for hall Coefficient in metals 12 1 dielectric properties Dielectric material. And its properties. 13 1 Method of determining dielectric constant for solids and liquids 14 1 superconductivity Elementary ideas and experimental facts. Meissner effect. 15 1 Magnetic properties of type I and type II superconductors 16 1 Critical magnetic field. Influence of external agents on superconductivity, cooper pairs, BCS theory 17 1 Applications of superconductivity, introduction to high temperature super conductors 18 1 X – rays Braggs law and the Bragg spectrometer, 19 1 Different types of crystals, 20 1 Miller indices structure of NaCl and KCl crystals 21 1 Continuous X – ray spectra.. 22 1 Duane and hunt limit, Characteristic X- ray spectra 23 1 Mosley’s law and its significance . Compton effect.- expression for Compton shift 24 1 Lasers General principle , Three level laser-action, He- Ne laser and working 25 1 Applications of lasers- laser cooling, material processing, laser welding, drilling, cutting) 26 1 Medicine, laser induced fusion , laser soldering, scribing, laser heat treatment. LIDAR

Sri Mahadeshwara Govt. First Grade College- Kollegal Department of Physics LESSON PLAN III Year (V sem) Paper -7: Solid State and Semiconductor Physics (Elective Paper)

SI. Duration Topic Covered Remarks NO In Hours 1 1 Liquid Crystals structure and classification of liquid crystals, 2 1 Polymorphism in Thermotrophics 3 1 Recent phenomena in liquid crystals 4 1 Dielectric properties of solids Electronic Polarisability classical theory, ionic Polarisability, 5 1 Dipolar polarisability. 6 1 Total polarisability- frequency dependence complex dielectric constant and dielectric losses, relaxation time, 7 1 Classical theory of electronic and ionic polarization and optical absorption 8 1 Magnetic properties of solids Origin of magnetism , response of a substance to magnetic field. Classification of magnetic materials,, Diamagnetism, 9 1 Classical and quantum theory of atomic diamagnetism, Para magnetism 10 1 Quantum Theory of Para magnetism, Ferro magnetism 11 1 Curie Weiss law, Piezo electricity 12 1 Defects and diffusion in solids Defects ; point defects(Schottky and Frenkel ), Line defects/dislocations(Berger vector) 13 1 Surface defects and volume defects 14 1 Colour centers – types, generation , diffusion in solids, 15 1 Classification of diffusion process, mechanism of atomic diffusion, Fick’s law 16 1 Factor affecting diffusion and applications and Kirkendal effects 17 1 Semiconductors Concept of band in solids, intrinsic, and extrinsic semiconductors, 18 1 Depletion region, drift velocity, expression for electron and hole concentration in intrinsic semiconductor under thermal equilibrium 19 1 Derivation of expression for electrical conductivity of intrinsic semiconductor 20 1 Electron and hole mobilities, effective mass, expression for energy gap 21 1 Variation of conductivity with temperature, Fermi level , expression for Fermi level in extrinsic semi conductor- both n and p type 22 1 Expression for intrinsic carrier concentration , 23 1 Diffusion current and total current , life time of charge carriers, - expression for rate of change of excess of carrier concentration 24 1 Variation of Fermi level with temperature and impurity concentration 25 1 Continuity equation for charge carriers, 26 1 Hall effect in semiconductor 27 1 Semiconductor devices Photoconductivity, expression for photo emf of PN junction, 28 1 Photo voltaic cells, LED and FET

Sri Mahadeshwara Govt.First Grade College- Kollegal Department of Physics LESSON PLAN III Year (VI Sem) Paper -8:Relativity and Quantum mechanics (Compulsory Paper)

SI. Duration Topic Covered Remarks NO In Hours 1 1 Special theory of relativity Newtonian mechanics and Galilean principle of relativity 2 1 Notation of absolute frame and concept of ether 3 1 Michelson-Morley experiment 4 1 Postulates of theory of relativity 5 1 Relativity of simultaneity 6 1 Derivation of Lorentz transformation 7 1 Lorentz -Fitzgerald contraction 8 1 Velocity addition theorem 9 1 Einstein mass variation formula and energy equation 1 Continued of the Einstein mass variation formula and energy equation 10 1 Energy momentum relation 11 1 Conservation laws and relativistic kinematics 1 Continued of the Conservation laws and relativistic kinematics 12 1 General theory of relativity Accelerated frames, falling lift, 13 1 Inertial and gravitational mass 14 1 Principle of equivalence, tests of general theory 15 1 Wave mechanics Failures of classical mechanics, Black body radiation 16 1 Hydrogen atom, specific heat of solids 17 1 Fine structure of spectral lines, particle and wave in classical mechanics 18 1 Young’s double slit experiment with bullets, light and electrons 19 1 De -Broglie’s concept of matter waves 20 1 Phase and group velocity, Thomson experiment 21 1 Davisson and Germer theory 22 1 Heisenberg’s uncertainty principle, gamma ray microscope 23 1 Time dependent and time independent Schrodinger equation 24 1 Probability and Born ’s interpretation of wave function 25 1 Time dependent Schrodinger equation for 1 D infinite potential & its energy eigenvalues 26 1 Energy eigenvalues for 1D simple harmonic oscillator, zero point energy

Sri Mahadeshwara Govt.First Grade College- Kollegal Department of Physics LESSON PLAN III Year (VI sem) Paper -9: Nuclear Physics (Compulsory paper)

SI. Duration Topic Covered Remarks NO In Hours 1 1 The Nucleus Properties of nucleus, neutron discovery and properties 2 1 Proton –neutron hypothesis, nuclear forces and their characteristics, Yukawa’s theory 3 1 Radioactive decay Successive disintegration, radioactive equilibrium series, 4 1 Range and energy of alpha articles and their measurements, Theory of alpha decay 5 1 Geiger -Nuttal law Beta decay-Pauli’s neutrino hypothesis k- electron capture 6 1 Internal conversion, nuclear isomerism , mirror nuclei 7 1 Mass spectrographs Theory of Dempster’s spectrograph 8 1 Theory of Aston mass spectrograph 9 1 Accelerators Cockroft – Walton voltage multiplier 10 1 LINAC 11 1 Cyclotron 12 1 Betatron 13 1 Nuclear detectors Bubble chamber, 14 1 GM counter, Principle of semiconductor detector 15 1 Nuclear models Liquid drop model semi empirical mass formula 16 1 Shell model & magic numbers 17 1 Nuclear reactions Q value of a nuclear reaction, threshold energy of an endoergic and exoergic reactions 18 1 Reactions of induced by proton , deuteron and alpha particles 19 1 Nuclear fission , fusion and reaction Estimation of fission energy on the basis of liquid drop model 20 1 Thermo nuclear reactions –sources of stellar energy 21 1 C- N cycle, electric and magnetic confinement of plasma- Tokamak 22 1 Nuclear reactors-types, 23 1 four factor formula, pressurized heavy water reactor 24 1 Particle physics and cosmic rays Basic interactions in nature, particles and antiparticles, 25 1 Types of interaction between elementary particles classification of the particles 26 1 Quarks(quark model), standard model 27 1 Big bang theory, cosmic ray discovery 28 1 Primary and secondary cosmic rays, Cosmic ray showers, origin of Cosmic rays

Sri Mahadeshwara Govt.First Grade College- Kollegal Department of Physics LESSON PLAN III Year (VI sem) Paper -10:Analog and Digital Electronics (Elective Paper)

SI. Duration Topic Covered Remarks NO In Hours 1 1 Transistors devices FET working and its characteristics 2 1 UJT working and its characteristics 3 1 Amplifiers h- parameters A C 4 1 equivalent circuits of a transistor in terms of h- parameters voltage gain, current gain , power gain , 1 input resistance and output resistance for CE mode 5 1 Operational amplifiers Differential amplifiers, Opamp and its characteristics 6 1 Inverting and non-inverting amplifiers 7 1 Concept of virtual ground, adder 8 1 integrator, differentiator, with expressions of output 9 1 Oscillators Phase shift oscillator-derivation and expression for frequency 1 Continued of the Phase shift oscillator-derivation and expression for frequency 10 1 Wien bridge oscillator- derivation and expression for frequency 11 1 Combinational and sequential circuits Half adder, full adder, using gates 12 1 EX-OR gates, 13 1 RS and JK flip flops, 14 1 Analog to digital converters Counter comparator ADC 1 Continued of the Counter comparator ADC 15 1 Successive approximation ADC 16 1 Digital to analog converters Weighted resistor DAC 1 Continued of the Weighted resistor DAC 17 1 Resistor ladder DAC 18 1 Memory devices Volatile and non-volatile memory, static and & dynamic RAM 19 1 Magnetic and optical memory 20 1 Radio communication Role of an ionosphere in radio- communication need for modulation and amplitude modulation 21 1 Modulation index, band width, and power of an amplitude-modulated wave 22 1 Black diagram description of super heterodyne AM receiver, 23 1 Frequency modulation , expression for frequency of modulated wave for a single sinusoidal modulation signal, 24 1 Band width of FM