dantuluri narayana raju college(autonomous) · 1 week 04 review of the topics studied in the...

DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)

(A College with Potential for Excellence)

Bhimavaram, W.G.Dist, A.P

Teaching Plan for the Academic Year 2018-19

Department : PHYSICS Paper : 4A Class: III B.Sc., Semester: V

Month & No.of

Working Days Week

No.of Periods

Per week Topics to be covered Co-Curricular Activity

June - 22

1 Week 3 Review of the related topics studied in the previous classes. Atomic spectra: Introduction –

Drawbacks of Bohr’s atomic model Career Guidance

2 Week 3 Somerfield’s elliptical orbits & relativistic correction (without derivation). Career Guidance

3 Week 3 Somerfield’s elliptical orbits & relativistic correction (without derivation). Career Guidance

4 Week 3 Stern-Gerlach experiment. Vector atom model and quantum numbers associated with vector

atom model

Assignment

July - 25

1 Week 3 L-S and J-J couplings spectral terms. Selection rules—Intensity rules. Student Seminar

2 Week 3 Normal Zeeman Effect-experiment Paschenback effect & Starck Effect. Career Guidance

3 Week 3 Molecular spectroscopy: Types of Molecular spectra -- pure rotational energies and spectrum of diatomic molecule.

Student Seminar

4 Week 3 Determination of inter-nuclear distance. Vibrational energies and spectrum of diatomic molecules

Aug - 24

1 Week 3 Raman effect--stokes and anti stokes lines quantum theory of Raman Effect Assignment

2 Week 3 Experimental arrangements for Raman Effect & its applications. problems Student Seminar

3 Week CAT-1 Career Guidance

4 Week 3 Quantum mechanics: Planck’s radiation law (statement only)--Photoelectric effect--Einstein’s explanation of photoelectric effect—Compton Effect & experimental verification.

Sept - 21

1 Week 3 Limitations of old quantum theory-De Broglie’s Hypothesis. Wave length of matter waves—wave length associated with electron. Problems

Student Seminar

2 Week 3 Properties of matter waves. Concept of wave and group velocities. Davisson-Germer experiment. Double slit experiment,

Assignment

3 Week 3 standing debroglie’s waves of electron in Bohr’s orbit-Bohr’s quantization of angular momentum and its application to hydrogen atom

Group Discussion

4 Week CAT-2 Student Seminar

Oct- 19 1 Week 3

Heisenberg’s uncertainty relation for p and x-- its extension to energy and time.

Gamma ray microscope-- diffraction at a slit--particle in a box. Problems. Position of electron in a Bohr

orbit. Complementary principle of Bohr. Schrödinger’s time dependent and time independent e equations—derivation

Student Seminar

2 Week DASAHRA HOLIDAYS Student Seminar

3 Week 3 Wave function properties & significance. Basic Postulates of quantum mechanics Operators, Eigen functions Eigen values expectation values. Particle in one and three dimensional boxes. Potential step-- potential barrier. problems

4 Week Semester-end Examinations Quiz

Nov- 09 1 Week

Semester-end Examinations

Student Seminar 2 Week

Signature of the Lecturer Signature of the HOD Signature of the Principal

Department : PHYSICS Paper :4A Class: III B.Sc., Semester: VI

Month & No.of

Working Days Week

No.of Periods

Nov - 13 3 Week 3 Review of the related topic of electronics. Quiz

4 Week 3 FET-constructions, working, characteristics and uses, MOSFET Student Seminar

Dec - 23

1 Week 3 MOSFET- enhancement MOSFET, construction and working Guest Lecturer

2 Week 3 Drain characteristics of MOSFET, applications of MOSFET Guest Lecturer

3 Week 3 Photo electric devices; structure and operation, characteristics, application of LDR,

Field Work

4 Week Operational amplifiers :Charactersticsof ideal and practical Op- Amp (IC 741),Basic

diferntial amplifiers,

Student Seminar

Jan - 18

1 Week 3 Op-Amp supply voltage, IC identification, Internal blocks of Op-Amp Student Seminar

2 Week 0 CAT-1 Field Work

3 Week 0 PONGAL HOLIDAYS Student Seminar

4 Week 3 CMRR,slew rate, concept of virtual ground. Applications of Op-Amp; Op-Amp as Inverting amplifier, Non-inverting amplifier

Student Seminar

Feb - 21

1 Week 3 Voltage follower, summing amplifier, difference amplifier , comparator, integrator, differentiator , Data processing circuits; Multiplexers, De- Multiplexers, encoders, decoders,

Student Seminar

2 Week 3 Characteristics for Digital IC’S – RTL, DTL, TTL,(NAND & NOR Gates) IC 555 Timer – Its pin diagram, internal architecture, Application as astable multi vibrator and mono stable multi vibrator

Group Discussion

3 Week Sequential digital circuits; Flip-Flops, RS- Clocked SR, JD, D,T, Master- Slave, Flip-

Career Guidance

4 Week 3 Code Converters: Design of code converter, BCD to 7 segment, Binary /BCD to gray, gray to binary /BCD

Student Seminar

Mar - 24

1 Week 3 CAT-2 Group Discussion

2 Week 3 Elements of BCS theory- cooper pairs. Applications, High temperature superconductors(general information)

Student Seminar

3 Week Semester-end Examinations

Student Seminar

4 Week

Department :physics Paper : V B:computational methods and programming Class: III BSc Semester: V

Month & No.of

Working Days Week

No.of Periods

Per week Topics to be covered

Co-Curricular

Activity

Nov - 13

3 Week 3 Fundamentals of C language:C character set- Identifiers and keywords-constants-variables-data

types-declarations of variables-declaration of storage classes.

Career guidance

4 Week 4 Defining symbolic constants –assigenment statement.Operators:arithmetic operators

-relational operators-logical operators

Dec - 23

1 Week 3 Assignment operators-increment and decrement operators-conditional operators-Expressions and

I/O statements :arithmetic expressions-precedence of arithmetic operators.

Assignment

2 Week 3 Mathematical (library) functios –data input and out put-scanf-printf simple programs Group discussion

3 Week 3 Decession control statements: If-Else statements-Switch statements-The operators-GO TO. Assignment

Student seminar

4 Week 3 Iterative statements (or) Loops :While,Do-While,For statements-Break and Continue

Statement.

Student seminar

Jan - 18

1 Week 2 Arrays:one dimentional and two dimentional arrays-initialisation-type declaration-inputting and

out putting of data for arrays-programs of matrices addition,multiplication.

Assignment

Student seminar

2 Week 2 Cat1 examinationsons Group discussion

Student seminar

3 Week - Pongal holidays Student seminar

Student seminar

4 Week 4 User defined functions:the form of C functions-return values and their types-Calling a

Function-category of functions.Recursion-ANSI C functions-function declaration.scope and life

Student seminar

time of variables in functions .

Feb - 21

1 Week 3 Linear equations solution of algebra and transcendental equations-Rhapson method-basic

principles-formulae algorithms.

Student seminar

2 Week 2 Interpolations:concept of linear interpolation-finite differences Student seminar

3 Week 3 Newton’s and Lagrange’s interpolation formulae-priciples and algorithms Student seminar

4 Week 3 Numerical differentiation:numerical differentiation algorithm for evalution of first order

derivatives using formulae based on Taylor’s series.

Student seminar

Mar - 24

1 Week 2 Doubts clarification Student seminar

Student seminar

2 Week - Cat2 examinations

4 Week

Department :physics Paper : II A:OPTICS Class: II BSc Semester: III

Month & No.of

Working Days Week

No.of Periods

June - 22

1 Week 3 Reviews of the topics studied in the previous classes Career guidance

2 Week 4 Introduction to light.Different theories of light wawe propagation.Related definitions to

light Quitz

3 Week 4 Aberrations: Introduction - Monochromatic aberrations, spherical aberration, methods of minimizingspherical aberration - coma, astigmatism,curvature of the field,distortion. Career guidance

4 Week 6 Chromatic aberration – the achromatic doubletAchromatismfortwolenses(1)incontactand(2)separatedby adistance Assignment

July - 25

1 Week 4 Interference: principle of superposition-coherence-temperal coherence and spatial coherence-

conditions for interference of light. Quitz Student Seminar

2 Week 4 Fresnel’s biprism- determination of wavelength of light-change of phase on reflection.

Oblique incidence of a plane wave on a thin flim due to reflected and transmitted light

(cosine law).

Assignment Student Seminar

3 Week 4 Colors of thin films,interference by afilm with two non parallel reflecting surfaces(wedge

shaped films)-determination of diameter of wire. Group discussion Student Seminar

4 Week 6 Newton’s rings in reflected light-Determination of wavelength of monochromatic light Michelson interferometer--types of fringes-- determination of wavelength of monochromatic light andthickness of a thin transparent plate

Assigenment Student Seminar

Aug - 24

1 Week 4 Diffraction: Introduction – Distinction between Fresnel and Fraunhoffer diffraction. Diffraction due to single slit -- limit of resolution-- Fraunhoffer diffraction due to double slit

Group discussion Student Seminar

2 Week 3 Fraunhofer diffraction pattern with N-slits (diffraction grating). Resolving power of grating -- determination of wavelength of light in normal and minimum deviation methods using diffraction grating

4 Week 5 , Fresnel diffraction—Fresnel’s half period Zones — area of the half period zones - zone plate —

comparison of zone plate with convex lens.

Student Seminar Student Seminar

Sept - 21 1 Week 4

Difference between interference and diffraction. Polarization: Polarized light — methods of polarization, polarization by reflection, refraction, double refraction, scattering of light.Brewsters law-Malous law. Nichol prism,polariser and analyser.Quarter wave plate-half wave plate.

2 Week 3 Optical activity,determination of specific rotation by Larent’s half shade polarimeter.

Babinet’s compensator-idea of elliptical and circular polarisation Student Seminar Student Seminar

3 Week 4 Lasers-Fiber optics and holography-introduction- Spontaneous and stimulated emission. Population inversion

4 Week 2 Cat2 examinations- f iber materials - principles of fiber communication (qualitaftive treatment only) -

advantages of fiber optic communication.

Oct- 19

1 Week 3 Holography: Basic principle of holography .Gabor hologram and its limitations-applications of holography.Doubts clarification

2 Week 3

4 Week

Nov- 09 1 Week

2 Week

Department :Physics Paper : I B Class: I B.SC Semester:II

Month &No.of

Working Days Week

No.of Periods

Nov - 13

3 Week 04 SEMESTER END EXAMS

Dec - 23

1 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Career Guidance

2 Week 04

simple harmonic oscillator and solution of the differential equation-- physical

characteristics of SHM-- Torsion Pendulum- Measurement of rigidity modulus

3 Week 04

Compound Pendulum – Measurement of ‘g’-- Combination of two mutually

perpendicular simple harmonic vibrations of same frequency and different

frequencies,

4 Week 04

Lissajou’s figures and uses.

Damped harmonic oscillator--solution of the differential equation of damped

oscillator, Energy considerations,

Jan - 18

1 Week 04

Comparision with un damped H.O,logartimic decrement, relaxation time,

quality factor. Differ eqn of forced oscillations and Solution, amplitude

resonance, velocity resonance,

2 Week CAT

3 Week 04

Complex vibrations, Fourier theorem & evaluation of Fourier coeffs,analysis

of periodic wave functions, Square , triangle, saw tooth wave & problems

4 Week 04 Longitudinal vibrations in Bars—wave equation and its general solution-

Feb - 21

1 Week 04 Special cases (1) Bar fixed at both ends (2) Bar fixed at the midpoint

2 Week 04 Clamped free bar, free-free bar, bar supported at both ends, Tuning fork. Assignment

3 Week 04

Transverse wave propagation along a stretched string, general solution of wave

equation and its significance

4 Week 04

Modes of vibration of stretched string clamped at both ends, overtones, energy

density -- energy transport, transverse impedance, Ultrasonics: ultrasonics

introduction, properties, production.

Mar - 24

1 Week CAT

2 Week 04

Piezo electric method, magnetostriction method, detection. Determination of

wave length of ultrasonics

3 Week 04

Velocity of ultrasonics in liquids by Sear’s method – applications, DOUBTS

CLARIFCATION&PROBLEMS ON UNIT-1

Group Discursion

Department :Physics Paper : I A Class: I B.Sc Semester:I

Month &No.of

Working Days Week

No.of Periods

June - 22

1 Week 04 Introduction to BRIDGE COURSE

2 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES

3 Week 04 Vector analysis: scalar and vector fields, gradient of scalar fields & its physical

significance.

4 Week 04 Divergence & curl of a vector field and related problems, Vector integration. line

surface & volume integrals Group Discursion

July - 25

1 Week 04 Stokes, gauss &greens theorems. simple applications, Mechanics of particles: laws of

motion,

2 Week 04 motion of variable mass system- rocket, multi stage rocket, Conservation of energy &

momentum,

3 Week 04 collisions in 2&3 Dimensions, Concept of impact parameter, scattering cross section

& Rutherford’s scattering. Assignment

4 Week 04 Def of rigid body, rotational kinematics, equation of motion for a rotating body,

combined translational and rotational motion,

Aug - 24

1 Week 04 Angular momentum, inertia tensor Euler equations, precession of top, Gyroscope,

precession of equinoxes rotating frames of reference.

2 Week 04

Coriolis force, effects elastic constants of isotropic solids & their relations, Poissons

ratio and expressions for σ in terms of Y,n,k., Classification of beams, Types of

bending,

3 Week CAT-1

4 Week 04

Point load, distributed load, shearing force & bending moment Sign conventions,

simple supported beam carrying a concentrated load at mid span, cantilever with end

Student Seminar

Sept - 21 1 Week 04

Central forces: def, examples, Conservative nature of Central forces. Central forces

as a negative gradient of P.E,

2 Week 04 Equation of motion under Central forces. Gravitational potential and field and their

relation,

3 Week 04 Motion under inverse square law, derivation of Kepler’s laws. Satellite motion,

Newton’s laws from Kepler’s laws, Quiz

4 Week CAT-2

Oct- 19

1 Week 04 Special theory of relativity: Galilean relativity, absolute frames, Michelson-Morley

expt, postulates of relativity, Lorentz transformations, time dilation, length contraction,

2 Week 04 variation of mass with velocity, mass energy relation, Momentum and energy relation,

Addition of velocities, Concept of four vector formalism,

4 Week

Nov- 09 1 Week

2 Week

DANTULURI NARAYANA RAJU COLLEGE (AUTONOMOUS)

Department :Physics Paper :IIIA Class: III B.Sc. Semester:V

Month & No.of

Working Days Week

No.of Periods

June - 22

1 Week 3

Review of the related topics studied in the previous classes

Carrier Guidence

2 Week 3 Electric Field Intensity and Potential: Gauss's Law statements and it's proof, Electric

Field intensity due to (1) Uniformly Charged Sphere (2) an infinite conducting sheet of

charge

3 Week 3 Electrical Potential – equipotential surfaces – potential due to (1) a point charge, (ii)

Charaged spherical shell

Assignment

4 Week 3 Dielectrics: Electric Dipole moment and molecular polarizability – Electric

Displacement D, Electric polarization P

July - 25

1 Week 3

Relation between D, E, P - Dielectric Constant and susceptibility Boundary

conditions at the dielectric surface

Student seminar

2 Week 3

Electric and magnetic Fields Biot-Savart's Law, explanation and explanation and

calculation of B due to long straight wire, a circular current loop and solenoid

3 Week 3

Hall Effect – Determination of Hall Coefficient and applications. Electro Magnetic

Induction, Faraday's Law – Lenz's Law - Self and mutual Inductance. Coefficient of

coupling.

Assignment

4 Week 3

Calculation of Self inductance of a long solenoid, energy stored in magnetic field.

Transformer - energy losses - Efficiency

Aug - 24 1 Week 3

Alternating Current and electromagnetic waves alternating current – Relation between

current and voltage in LR and CR circuits.

2 Week 3 Vector Diagrams, LCR series and parallel resonant circuits, Q - factor , power in

ac circuits. Maxwell's equation Idea of displacement current

3 Week CAT-I

4 Week 3

Maxwell's Equation (integral and differential Forms) (no derivation), Maxwell's wave

equation (with derivation) Pointing Therom (statement) production of

electromagnectic waves (Hertz experiment ).

Student seminar

Sept - 21

1 Week 3 Basic Electronics: PN junction Diode, Zener Diode, I-V characteristics, PNP and NPN

transistors

2 Week 3

CB, CE and CC configurations - Relation between α, β and γ. transistor (CE)

characteristics, transistor as an amplifier. Digital Electronics Number Systems -

Converstion .

Assignment

3 Week 3 Binary Subtraction (2's compliment methods). Laws of Boolean Algebra. De Morgans

Laws – statements and proofs.

4 Week CAT-II

Oct- 19

1 Week 3 Basic Logic Gates, NAND and NOR as universal gates, exclusive OR gate, Half adder

and full adder.

GroupDiscussion

2 Week 3 Revision and Doubts Clarification

3 Week Dussera Vacation

Nov- 09 1 Week

2 Week

Department:Physics Paper :IVB Class:IIIB.Sc. Semester:VI

Month & No.of

Working Days Week

No.of Periods

Nov – 13

3 Week 3

Electronics Fundamentals

Carrier guidence

4 Week 3 Introduction to microcontrollers,Architecher of embedded system,applications and

purposes , challenges and designs.

Assignment

Dec – 23

1 Week 3 Elemental discriptions of embedded processors and microcontrollers.

2 Week 3 Microprocessors: 8085Microprocessor, its pin diagram,concept of Data bus and address

Student seminar

Assignment

4 Week 3 Hardware and software interrupts. 8051 microcontroller: Introduction , Block diagram .

Assembly language programming, program counter.

Jan – 18

1 Week 3 ROM memory, data types and directives, flag Bits,PSW Register

Arthmatic and logical instructions. Jump, loop,call instructions

2 Week CAT-I

3 Week Pongal vacation

4 Week 3 Timers: programming of 8051 timers, counter programming.

Assignment

Feb – 21

1 Week 3 Embedded system programming, structure of programming, Infinite loop,

compiling and Debugging.

2 Week 3 Embedded system design and development: Embedded system development

environment.

Group discussion

3 Week 3 File type generated after cross compilation, dissembler, simulator and

debugging

4 Week 3 Embedded product life cycle : Embedded product development life cycle

Student seminar

Mar – 24

1 Week CAT-II

2 Week 3 Rivison,Doubts clarification

4 Week

Department :Physics Paper :Electronic Instrumentation Class: III B.Sc Semester:VI

Month & No.of

Working Days Week

No.of Periods

Nov - 13 3 Week 03

Basic of measurements: Multimeter , principles of measurement of dc voltage and dc

currents

Career guidance

4 Week 03 ac current and resistance, specifications of multimeter and their significance

Dec - 23

1 Week 03 Voltmeter: Advantage over conventional multimeter for voltage measurement with

respect to input impedence and sensitivity,

2 Week 03 principles of voltage measurement (block diagram only), specification of an

electronic voltmeter/ multimeter and their significance.

3 Week 03 CRO :Block diagram of basic CRO, construction of CRT Students seminar

4 Week 03 Applications of CRO: Measurement of voltage dc and ac, frequency,

Jan - 18

1 Week 03 digital storage oscilloscope: block diagram, principle and working. Digital

Multimeter: Block diagram

Assignment

2 Week 03 working, frequency measurement using universal counter, frequency counter.

3 Week 03 Digital instruments: Principle and working of digital instruments,

4 Week 03 working principle of digital voltmeter. Group discussion

Feb - 21

1 Week 03 Signal generators: Block diagram, explanation, specifications of low frequency signal

generators

2 Week 03 pulse generator, function generator-working,

3 Week 03 Distortion factor meter, wave analysis.

4 Week 03 Bridges: Block diagram, working of basic LCR bridge - working.

Mar -24

1 Week 03 revision

2 Week 03 revision Career guidance

3 Week 03 Semester-end Examinations

4 Week 03

Department :physics Paper : II B:THERMODYNAMICS Class: II BSc Semester: IV

Month & No.of

Working Days Week

No.of Periods

Nov - 13

3 Week 3 Kinetic theory of gases: Introduction - Deduction of Maxwell’s law of distribution of molecular speeds

Experimental verification -transport phenomina Career guidance

4 Week 5 Viscosity of gases - -thermal conductivity and diffusion of gases.Mean free path Thermodynamics:

Introduction - reversible and irreversible processes. Carnot’s engine and its efficiency-isothermal and

adiabatic process

Dec - 23

1 Week 4 Carnot’s theorem. Second law of thermodynamics, Kelvin’s and Claussius statements - -thermodynamic

scale of temperature-entropy, physical significance Career guidance

2 Week 4 Change in entropy in reversible and irreversible process Entropy and disorder. Entropy of universe-

Temperature – Entropy (T-S) diagramand its uses.change of entropy of a perfect gas.

Change of entropy when ice changes in to steam.

3 Week 4

Thermodynamic potential and Maxwell’s equations: Thermodynamic potential -- derivation of

Maxwell’s thermodynamic relation Assignment

Student Seminar

4 Week 4

Claussius-Clapeyron’s equation. Derivations for ratio of two specific heats - Derivations for difference of

two specific heats of a perfect gas. Joule-Kelvin effect – expression for Joule Kelvin coefficient for perfect

and Vanderwaal’s gas

Group discussion

Student Seminar

Jan - 18

1 Week 3 . Low temperature physics: Joule-Kelvin effect—liquefaction of gas using porous plug experiment

distinction between adiabatic and Joule Thomson expansion Assignment

Student Seminar

2 Week - Cat1 examinations Group discussion

Student Seminar

3 Week - Pongal holidays Assignment

Student Seminar

4 Week 6 - Expression for Joule Thomson cooling-liquefaction of helium. Kapitza’s method, adiabatic

demagnetization-production of low temperatures

Student Seminar

Feb - 21

1 Week 4

- Effect of Chloro-Fluoro carbons on Ozone layer. Applications of substances at low temperatures

Quantum theory of radiation: Black body-- Fery’s black body-- distribution of energy in the spectrum of

black body.

Student Seminar

2 Week 3

Statements of Wein’s displacement law, Wein’s law and Rayleigh-Jean’s law - -quantum theory of

radiation Derivation of Planck’s law. Deduction of Wein’s law, Rayleigh-Jean’s law from Planck’s law

Student Seminar

3 Week 4

Measurement of radiation--types pyrometer Disappearing filament optical pyrometer.experimental

determination. Angstrom pyreheliometer

Student Seminar

4 Week 4

determination of Solar constant—effective temperature of Sun. Student Seminar

Student Seminar

Mar - 24

1 Week 2

. Doubt clarification and problem solving Student Seminar

Student Seminar

4 Week

Department : PHYSICS Paper : 3B Class: III B.Sc., Semester: VI

Month & No.of

Working Days Week

No.of Periods

June - 24

1 Week 3 Review of the related topics studied in the previous classes. Career Guidance

2 Week 3 Introduction –Bohr’s Atomic theory-Drawbacks of Bohr’s atomic model Career Guidance

3 Week 3 Somerfield’s elliptical orbits & relativistic correction. Stern-Gerald experiment Vector atom model and

4 Week 3 Quantum numbers associated with vector atom model. L-S and J-J couplings spectral terms --selection rules—Intensity rules.

Assignment

Career Guidance

July - 25

1 Week 3 Spectra of -alkali atoms--doublet fine structure-singlet and triplet fine structure in alkaline earth

spectrum.

Assignment

2 Week 3 Normal Zeeman Effect-experiment Paschenback effect & Starck Effect. Problems Quiz

3 Week 3 Types of Molecular spectra-- pure rotational energies and spectrum of diatomic molecules Group Discussion

Student Seminar

4 Week 3 Determination of inter-nuclear distance. Vibrational energies and spectrum of diatomic molecules Career Guidance

Aug - 21

1 Week 3 Raman effect--stokes and anti stokes lines quantum theory of Raman Effect Assignment

2 Week 3 Experimental arrangements for Raman Effect & its applications. problems Quiz

3 Week CAT-1

4 Week 3 Limitations of old quantum theory-De Broglie’s Hypothesis. Wave length of matter waves—wave length

associated with electron. Problems

Guest Lecturer

Sept - 18

1 Week 3 Properties of matter waves. Concept of wave and group velocities. Davisson-Germer experiment. Double

slit experiment,

Assignment

slit experiment,

Group Discussion

3 Week 3 Heisenberg’s uncertainty relation for p and x-- its extension to energy and time.

Gamma ray microscope-- diffraction at a slit--particle in a box. Problems Position of electron in a Bohr

Student Seminar

orbit. Complementary principle of Bohr. Schrödinger’s time dependent and time independent e

equations—derivation

4 Week 0 DASHARA HOLIDAYS Student Seminar

Oct- 22

1 Week 0 CAT-2

2 Week 3 Wave function properties & significance. Basic Postulates of quantum mechanics Operators, Eigen

functions Eigen values expectation values. Particle in one and three dimensional boxes. Potential step--

potential barrier. problems

Assignment

4 Week

Nov- 11 1 Week

Student Seminar

2 Week

Department : physics Paper : V B:computational methods and programming Class: III BSc Semester: V

Month & No.of

Working Days Week

No.of Periods

Nov - 14

3 Week 3 Fundamentals of C language:C character set- Identifiers and keywords-constants-

variables-data types-declarations of variables-declaration of storage classes.

Career guidance

4 Week 5 Defining symbolic constants –assigenment statement.Operators:arithmetic operators

-relational operators-logical operators

Dec - 23

1 Week 3

Assignment operators-increment and decrement operators-conditional operators-

Expressions and I/O statements :arithmetic expressions-precedence of arithmetic

operators.

Assignment

2 Week 3 Mathematical (library) functios –data input and out put-scanf-printf simple programs. Career guidance

3 Week 3 Decession control statements: If-Else statements-Switch statements-The operators-GO

Assignment

Student seminar

4 Week 2 Cat1 examinations- Iterative statements (or) Loops :While,Do-While,For statements-

Break and ContinueStatement.

Student seminar

Jan - 17

1 Week 3

Arrays:one dimentional and two dimentional arrays-initialisation-type declaration-

inputting and out putting of data for arrays-programs of matrices

addition,multiplication

Group discussion

Student seminar

2 Week 2

User defined functions:the form of C functions-return values and their types-Calling a

Function-category of functions.Recursion-ANSI C functions-function declaration.scope

and life time of variables in functions .

Assignment

Student seminar

3 Week - Pongal holidays Group discussion

Student seminar

4 Week 3 Linear equations solution of algebra and transcendental equations-Rhapson method-

basic principles-formulae algorithms.

Student seminar

Feb - 22

1 Week 3 Interpolations:concept of linear interpolation-finite differences Student seminar

Student seminar

2 Week 2 Newton’s and Lagrange’s interpolation formulae-priciples and algorithms. Student seminar

Student seminar

3 Week 3 Numerical differentiation:numerical differentiation algorithm for evalution of first

order derivatives using formulae based on Taylor’s series.

Student seminar

Mar - 23

1 Week 3 Doubts clarification

2 Week 3

4 Week

Department : physics Paper: II A:OPTICS Class: II BSc Semester: III

Month & No.of

Working Days Week

No.of Periods

June - 24

1 Week 4 Reviews of the topics studied in the previous classes Career guidance

light Quitz

3 Week 4 Aberrations: Introduction - Monochromatic aberrations, spherical aberration, methods of minimizingspherical aberration - coma, astigmatism,curvature of the field,distortion.

4 Week 5 Chromatic aberration – the achromatic doubletAchromatismfortwolenses(1)incontactand(2)separatedby adistance

Career guidance Student Seminar

July - 25

conditions for interference of light. Assignment

Student Seminar

(cosine law).

Student Seminar

shaped films)-determination of diameter of wire. Assignment

Student Seminar

4 Week 5 Newton’s rings in reflected light-Determination of wavelength of monochromatic light

Michelson interferometer--types of fringes-- determination of wavelength of monochromatic light

andthickness of a thin transparent plate

Group discussion

Student Seminar

Aug - 21

1 Week 3 Diffraction: Introduction – Distinction between Fresnel and Fraunhoffer diffraction. Diffraction due to

single slit -- limit of resolution-- Fraunhoffer diffraction due to double slit Assignment

Student Seminar

2 Week 3 Fraunhofer diffraction pattern with N-slits (diffraction grating). Resolving power of grating --

determination of wavelength of light in normal and minimum deviation methods using diffraction grating Group discussion

Student Seminar

3 Week - Cat1 examinations, Fresnel diffraction—Fresnel’s half period Zones — area of the half period zones -

zone plate — comparison of zone plate with convex lens.

Student Seminar

4 Week 6 Difference between interference and diffraction. Polarization: Polarized light — methods of polarization,

polarization by reflection, refraction, double refraction, scattering of light.Brewsters law-Malous law.

Nichol prism,polariser and analyser.Quarter wave plate-half wave plate.

Student Seminar

Sept - 18 1 Week 5

Optical activity,determination of specific rotation by Larent’s half shade polarimeter.

Babinet’s compensator-idea of elliptical and circular polarisation

Student Seminar

2 Week 4 Lasers-Fiber optics and holography-introduction- Spontaneous and stimulated emission. Population Student Seminar

inversion Student Seminar

3 Week 4 laser principle, -- types of lasers — Einsteins coefficients-He-Ne laser- Ruby laser - applications of lasers.

Fiber optics: Introduction - optical fibers -different types of l fibers ..

Student Seminar

4 Week 2 Dasara holidays- f iber materials - principles of fiber communication (qualitaftive treatment only) -

advantages of fiber optic communication.

Student Seminar

Oct- 22

1 Week - Cat2 examinations- Student Seminar

Student Seminar

2 Week 4 Holography: Basic principle of holography .Gabor hologram and its limitations-applications of

holography.Doubts clarification

Student Seminar

4 Week

Nov- 11 1 Week

2 Week

Department :physics Paper : IIB:THERMODYNAMICS Class: II BSc Semester: IV

Month & No.of

Working Days Week

No.of Periods

Nov - 14

Experimental verification -transport phenomina

4 Week 6 Viscosity of gases - -thermal conductivity and diffusion of gases.Mean free path Thermodynamics:

adiabatic process

Dec - 23

scale of temperature-entropy, physical significance

Temperature – Entropy (T-S) diagramand its uses.change of entropy of a perfect gas.

Change of entropy when ice changes in to steam.

3 Week 4 Thermodynamic potential and Maxwell’s equations: Thermodynamic potential -- derivation of

Maxwell’s thermodynamic relation

4 Week 2 Cat1 examinations-Claussius-Clapeyron’s equation. Derivations for ratio of two specific heats -

Derivations for difference of two specific heats of a perfect gas. Joule-Kelvin effect – expression for Joule

Kelvin coefficient for perfect and Vanderwaal’s gas

Jan - 17

distinction between adiabatic and Joule Thomson expansion

2 Week 2 Pongal holidays

3 Week 2 - Expression for Joule Thomson cooling-liquefaction of helium. Kapitza’s method, adiabatic

demagnetization-production of low temperatures

4 Week 4 Effect of Chloro-Fluoro carbons on Ozone layer. Applications of substances at low temperatures

black body.

Feb - 22

1 Week 4 Statements of Wein’s displacement law, Wein’s law and Rayleigh-Jean’s law - -quantum theory of

radiation Derivation of Planck’s law. Deduction of Wein’s law, Rayleigh-Jean’s law from Planck’s law

2 Week 3 Measurement of radiation--types pyrometer Disappearing filament optical pyrometer.experimental

3 Week 3 determination of Solar constant—effective temperature of Sun. Doubt clarification and problem solving.

4 Week 2 Cat2 examinations

Mar - 23

1 Week -

2 Week -

4 Week

Department : PHYSICS Paper : 3B Class: III Bsc., Semester:VI

Month & No.of

Working Days Week

No.of Periods

Nov - 14 3 Week 3

Review of the related topic of electronics Assignment Student Seminar

4 Week 3 FET-constructions, working, characteristics and uses, MOSFET Assignment

Dec - 23

1 Week 3 MOSFET- enhancement MOSFET, construction and working Quiz

2 Week 3 Drain characteristics of MOSFET, applications of MOSFET Assignment

3 Week 3 Photo electric devices; structure and operation, characteristics, application of LDR,

Group Discussion

4 Week 0 CAT-1

Jan - 17

1 Week 3 Operational amplifiers :Charactersticsof ideal and practical Op- Amp (IC 741),Basic

diferntial amplifiers, Op-Amp supply voltage, IC identification, Internal blocks of Op-

Student Seminar

2 Week 0 PONGAL HOLIDAYS Assignment

3 Week 3 CMRR,slew rate, concept of virtual ground.

4 Week 3 Applications of Op-Amp; Op-Amp as Inverting amplifier, Non-inverting amplifier Student Seminar

Feb - 22

1 Week 3 Voltage follower, summing amplifier, difference amplifier , comparator, integrator, differentiator , Data processing circuits; Multiplexers, De- Multiplexers, encoders, decoders

Student Seminar

2 Week 3 Characteristics for Digital IC’S – RTL, DTL, TTL,(NAND & NOR Gates) IC 555 Timer – Its pin diagram, internal architecture, Application as astable multi vibrator and mono stable multi vibrator

3 Week 3 Sequential digital circuits; Flip-Flops, RS- Clocked SR, JD, D,T, Master- Slave, Flip-

Assignment

4 Week 0 CAT-2

Mar - 23

1 Week 3 Code Converters: Design of code converter, BCD to 7 segment, Binary /BCD to gray, gray to binary /BCD

Student Seminar

2 Week 3 Elements of BCS theory- cooper pairs. Applications, High temperature superconductors(general information)

Assignment

4 Week

Month &No.of

Working Days Week

No.of Periods

Nov - 14

Dec - 23

1 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Group Discursion

2 Week 04

3 Week 04

frequencies,Lissajou’s figures and uses.

4 Week

Jan - 17

1 Week 04

oscillator, Energy considerations,Comparision with un damped H.O,logartimic

decrement,

2 Week 04

Relaxation time, quality factor. Differ eqn of forced oscillations and Solution

amplitude resonance, velocity resonance, complex vibrations, Fourier theorem

& evaluation of Fourier coeffs,

Student seminars

3 Week 04

Analysis of periodic wave functions, Square , triangle, saw tooth wave &

problems

Feb - 22

2 Week 04

Clamped free bar, free-free bar, bar supported at both ends, Tuning fork,

Assignment

3 Week 04

density -- energy transport, transverse impedance.

4 Week CAT

Mar - 23

1 Week 04

Ultrasonics: ultrasonics introduction, properties, production. Piezo electric

method,

2 Week 04

magnetostriction method, detection. Determination of wave length of

ultrasonics

3 Week 04

Department :Physics Paper : I A Class: I B.Sc Semester: I

Month &No.of

Working Days Week

No.of Periods

June - 24

significance, Divergence & curl of a vector field and related problems Group Discursion

4 Week 04 , Vector integration. line surface & volume integrals, Stokes, gauss &greens theorems.

simple applications.

July - 25

1 Week 04 Mechanics of particles: laws of motion, motion of variable mass system- rocket, multi

stage rocket.

2 Week 04 Conservation of energy & momentum, collisions in 2&3 Dimensions, Concept of

impact parameter, .

3 Week 04 scattering cross section & Rutherford’s scattering, Def of rigid body, rotational

kinematics. Assignment

4 Week 04 equation of motion for a rotating body, combined translational and rotational motion,

Angular momentum, inertia tensor Euler equations., precession of top, Gyroscope

Aug - 21

1 Week 04

Precession of equinoxes rotating frames of reference, Coriolis force, effects elastic

constants of isotropic solids & their relations., Poissons ratio and expressions for σ in

terms of Y,n,k,

2 Week CAT-1

3 Week 04

Classification of beams, Types of bending., point load, distributed load, shearing force

& bending moment, Sign conventions, simple supported beam carrying a concentrated

load at mid span, cantilever with end load.

Student Seminar

4 Week 04 Central forces: def, examples, Conservative nature of Central forces. Central forces

as a negative gradient of P.E, Equation of motion under Central forces.

Sept - 18 1 Week 04

Gravitational potential and field and their relation, Motion under inverse square law,

derivation of Kepler’s laws.

2 Week 04 Special theory of relativity: Galilean relativity, absolute frames, Satellite motion,

Newton’s laws from Kepler’s laws.

3 Week 04 Michelson-Morley expt, postulates of relativity, Lorentz transformations, time dilation,

length contraction. Career guidance

Addition of velocities, Concept of four vector formalism.

Oct- 22

1 Week CAT-2

2 Week

3 Week

4 Week

Nov- 11 1 Week

2 Week

Department :Physics Paper : IIIA Class:IIIB.Sc. Semester:V

Month & No.of

Working Days Week

No.of Periods

June - 24

1 Week 3

Carrier guidence

2 Week 3 Electric Field Intensity and Potential: Gauss's Law statements and it's proof, Electric

Field intensity due to (1) Uniformly Charged Sphere (2) an infinite conducting sheet of

charge

3 Week 3 Electrical Potential – equipotential surfaces – potential due to (1) a point charge, (ii)

Charaged spherical shell

Assignment

4 Week 3 Dielectrics: Electric Dipole moment and molecular polarizability – Electric

Displacement D, Electric polarization P

July - 25

1 Week 3

Relation between D, E, P - Dielectric Constant and susceptibility Boundary

conditions at the dielectric surface

Student seminar

2 Week 3

Electric and magnetic Fields Biot-Savart's Law, explanation and explanation and

calculation of B due to long straight wire, a circular current loop and solenoid

3 Week 3

Hall Effect – Determination of Hall Coefficient and applications. Electro Magnetic

Induction, Faraday's Law – Lenz's Law - Self and mutual Inductance. Coefficient of

coupling.

Assignment

4 Week 3

Calculation of Self inductance of a long solenoid, energy stored in magnetic field.

Transformer - energy losses - Efficiency

Aug - 21 1 Week 3

Alternating Current and electromagnetic waves alternating current – Relation between

current and voltage in LR and CR circuits.

Group discussion

2 Week 3 Vector Diagrams, LCR series and parallel resonant circuits, Q - factor , power in

ac circuits. Maxwell's equation - Idea of displacement current

3 Week CAT-I

4 Week 3

Maxwell's Equation (integral and differential Forms) (no derivation), Maxwell's wave

equation (with derivation) Pointing Therom (statement and proof) production of

electromagnectic waves (Hertz experiment ).

Assignment

Sept – 18

1 Week 3

Basic Electronics: PN junction Diode, Zener Diode, I-V characteristics, PNP and NPN

transistors.

2 Week 3 CB,CE and CC configurations – Relation between α, β and γ – transistor (CE)

characteristics. Transistor as an amplifier.

Student seminar

3 Week 3

Digital Electronics Number Systems - Converstion

Binary Subtraction (2's compliment methods). Laws of Boolean Algebra. De Morgans

Laws – statements and proofs.

Assignment

Oct- 22

1 Week CAT-II

2 Week 3

Basic Logic Gates, NAND and NOR as universal gates, exclusive OR gate, Half adder

and full adder .

Group Discussion

4 Week

Nov- 11 1 Week

2 Week

Department :Physics Paper :IVB Class: IIIB.Sc. Semester:VI

Month & No.of

Working Days Week

No.of Periods

Nov - 14

3 Week 3 Electronics Fundamentals

Carrier guidence

4 Week 3 Introduction to microcontrollers,Architecher of embedded system,applications and

purposes , challenges and designs.

Dec - 23

1 Week 3 Elemental discriptions of embedded processors and microcontrollers.

Assignment

3 Week 3 8085 programming, instruction classification, stacks and its implementation,

Student seminar

4 Week 3 Hardware and software interrupts.

Jan - 17

1 Week 3

8051 microcontroller: Introduction , Block diagram . Assembly language

programming, program counter

2 Week 3 ROM memory, data types and directives, flag Bits,PSW Register

Arthmatic and logical instructions. Jump, loop,call instructions

Assignment

3 Week . pongal vacation

4 Week 3 Timers: programming of 8051 timers, counter programming.

Group Dission

Feb - 22

1 Week 3 Embedded system programming, structure of programming, Infinite loop,

compiling and Debugging.

2 Week 3 Embedded system design and development: Embedded system development

environment.

Assignment

3 Week 3 File type generated after cross compilation, dissembler, simulator and

debugging

4 Week 3 Embedded product life cycle : Embedded product development life cycle

CAT_II

Student seminar

Mar - 23

1 Week Rivision, Doubdts clarification.

3 Week Semester end- examination

4 Week

Department :Physics Paper :Electronic Instrumentation Class: III B.Sc Semester: VI

Month & No.of

Working Days Week

No.of Periods

Nov - 14 3 Week 03

Basic of measurements: Multimeter , principles of measurement of dc voltage and dc

currents

Career guidance

4 Week 03 ac current and resistance, specifications of multimeter and their significance

Dec - 23

1 Week 03 Voltmeter: Advantage over conventional multimeter for voltage measurement with

respect to input impedence and sensitivity,

2 Week 03 principles of voltage measurement (block diagram only), specification of an

electronic voltmeter/ multimeter and their significance.

3 Week 03 CRO :Block diagram of basic CRO, construction of CRT

4 Week 03 Applications of CRO: Measurement of voltage dc and ac, frequency,

Jan - 17

1 Week 03 digital storage oscilloscope: block diagram, principle and working. Digital

Multimeter: Block diagram

Assignment

2 Week 03 working, frequency measurement using universal counter, frequency counter. Quiz

3 Week 03 Digital instruments: Principle and working of digital instruments,

4 Week 03 working principle of digital voltmeter. Group discussion

Feb - 22

1 Week 03 Signal generators: Block diagram, explanation, specifications of low frequency signal

generators

2 Week 03 pulse generator, function generator-working, Students seminar

3 Week 03 Distortion factor meter, wave analysis.

4 Week 03 Bridges: Block diagram, working of basic LCR bridge - working.

Mar - 23

1 Week 03 revision Career guidance

2 Week 03 revision

4 Week

Department : PHYSICS Paper : IV A Class: III BSC., Semester: V

Month & No.of

Working Days Week

No.of Periods

June - 26

1 Week 3 Review of the related topics studied in the previous classes.

2 Week 3 Atomic spectra: Introduction – Drawbacks of Bohr’s atomic model. Student Seminar

3 Week 3 Somerfield’s elliptical orbits & relativistic correction (without derivation).

Assignment

4 Week 3 Stern-Gerlach experiment. Vector atom model and quantum numbers associated with vector atom model.

Student Seminar

July - 24

1 Week 3 L-S and J-J couplings spectral terms. Selection rules—Intensity rules. Quiz

2 Week 3 Normal Zeeman Effect-experiment Paschenback effect & Starck Effect. Student Seminar

3 Week 3 Molecular spectroscopy: Types of Molecular spectra -- pure rotational energies and spectrum

of diatomic molecule.

Guest Lecturer

4 Week 3 Determination of inter-nuclear distance. Vibrational energies and spectrum of diatomic

molecules

Field Work

Aug - 22

1 Week 0 CAT-1

2 Week 3 Raman effect, classical theory of Raman Effect, Experimental arrangements for Raman Effect

& its applications.

Student Seminar

3 Week 3 Quantum mechanics: Compton Effect (quantitative) experimental verification. Matter waves:

de Broglie’s hypothesis

Student Seminar

4 Week 3 Wavelength of matter waves, wavelength associated with electron. Properties of matter Assignment

waves.

Sept - 23

1 Week 3 Concept of wave and group velocities. Davisson-Germer experiment. Double slit experiment Student Seminar

2 Week 3 Standing deBroglie’s waves of electron in Bohr’s orbit. Uncertainty principle: Heisenberg’s

uncertainty relation for p and x

Student Seminar

3 Week CAT-2

4 Week 3 Energy and time (E and t), Gamma ray microscope - Position of electron in a Bohr orbit -

Complementary principle of Bohr

Student Seminar

Oct- 18

1 Week 3

Schrödinger’s time dependent and time independent wave equations—derivation. Wave

function properties & significance. Basic Postulates of quantum mechanics Operators, Eigen

functions Eigen values expectation values. Particle in one dimensional boxes. Potential step--

2 Week DASHRA HOLIDAYS

4 Week

Nov- 11 1 Week

2 Week

Department : PHYSICS Paper : IV B Class: III BSC., Semester: VI

Month & No.of

Working Days Week

Periods Per

Topics to be covered Co-Curricular Activity

Nov - 14

3 Week 3 Nuclear Physics: Nuclear structure: Basic properties of nucleus-size, charge, mass, spin, Student Seminar

4 Week 3 Magnetic dipole moment & electric quadruple moment. Binding energy of nucleus, deuteron

binding energy. Nuclear forces, Nuclear models

Dec - 24

1 Week 3 Liquid drop model, shell model, Alpha and Beta Decays: Range of α particle, Geiger - Nuttal law Student Seminar

2 Week 3 Gamow’s theory of α-decay , Geiger - Nuttal law from Gamow’s theory of α-decay.

Assignment

3 Week 3 Beta ray spectrum-neutrino hypothesis.

Nuclear Reactions: Types of nuclear reactions, channels

Student Seminar

4 Week 3 Compound nucleus, direct reactions (concepts). Nuclear detectors: GM counter - Quiz

Jan - 19

1 Week 3 Proportional counter. Scintillation counter - Wilson cloud chamber and solid state detector.

Crystalline nature of matter-crystal lattice, unit cell. Elements of symmetry - crystal systems

Student Seminar

2 Week PONGAL HOLIDAYS

3 Week 0 CAT-1

4 Week 3 Bravias lattices - miller indices, Simple crystal structures (NaCl and diamond), Types of bondings

in crystals,

Group Discussion

Feb - 20 1 Week 3 Lattice energy of ionic crystal Determination of Medelung constant for NaCl crystal. Born-Haber

cycle.

Field Work

2 Week 3 X-ray Diffraction: Diffraction of x-rays by crystals - Bragg’s law, experimental techniques, Laue’s

method and powder diffraction method

Student Seminar

3 Week 0 CAT-1

4 Week 3 Nanomaterials: Introduction, nanoparticles, metal nanoclusters, carbon nanotubes, quantum

nanostructures nanodot, nanowire & quantum well. Applications of Nano particles

Student Seminar

Mar - 25

1 Week 3

Magnetism: Dia, Para and Ferro magnetic materials. Langevin’s theory of paramagnetism. Weiss

theory of Ferro magnetism.Concepts of magnetic domains.

Superconductivity: basic experimental facts – zero resistance, effect of magnetic field,

Student Seminar

2 Week 3 Meissner effect, Type I & Type II superconductors. Elements of BCS theory Cooper pairs.

Applications, High temperature superconductors (general information)

Field Work

3 Week SEMISTER END EXAMINATIONS

4 Week

Department : physics Paper : IIA:OPTICS Class: II BSc Semester: III

Month & No.of

Working Days Week

No.of Periods

June - 26

1 Week 4 Reviews of the topics studied in the previous classes Career guidance Student Seminar

light Quitz Student Seminar

3 Week 4 Aberrations: Introduction - Monochromatic aberrations, spherical aberration, methods of minimizingspherical aberration - coma, astigmatism,curvature of the field,distortion.

4 Week 6 Chromatic aberration – the achromatic doublet—Achromatism for two lenses (1)in contact and(2) separated by adistance

Career guidance Student Seminar

July - 24

conditions for interference of light.

Assignment

Student Seminar

(cosine law).

Student Seminar

shaped films)-determination of diameter of wire.

Assignment

Student Seminar

4 Week 6 Newton’s rings in reflected light-Determination of wavelength of monochromatic light

Michelson interferometer--types of fringes-- determination of wavelength of monochromatic light

andthickness of a thin transparent plate

Group discussion

Student Seminar

Aug - 22

1 Week 2 Cat1 examinations- Diffraction: Introduction – Distinction between Fresnel and Fraunhoffer

diffraction. Diffraction due to single slit -- limit of resolution-- Fraunhoffer diffraction due to double slit

Assignment

Student Seminar

2 Week 3 Fraunhofer diffraction pattern with N-slits (diffraction grating). Resolving power of grating --

determination of wavelength of light in normal and minimum deviation methods using diffraction grating Group discussion

Student Seminar

3 Week 3 Fresnel diffraction—Fresnel’s half period Zones — area of the half period zones - zone plate —

comparison of zone plate with convex lens.

Student Seminar

4 Week 6 Difference between interference and diffraction. Polarization: Polarized light — methods of polarization,

polarization by reflection, refraction, double refraction, scattering of light.Brewsters law-Malous law.

Nichol prism,polariser and analyser.Quarter wave plate-half wave plate.

Student Seminar

Sept - 23 1 Week 3 Optical activity,determination of specific rotation by Larent’s half shade polarimeter.

Babinet’s compensator-idea of elliptical and circular polarisation.

Student Seminar

2 Week 3 Lasers-Fiber optics and holography-introduction- Spontaneous and stimulated emission. Population

inversion

Student Seminar

3 Week 2 Cat2 examinations-., laser principle, -- types of lasers — Einsteins coefficients-He-Ne laser- Ruby

laser - applications of lasers. Fiber optics: Introduction - optical fibers -different types of l fibers ..

Student Seminar

4 Week 5 f iber materials - principles of fiber communication (qualitaftive treatment only) - advantages of fiber

optic communication.

Student Seminar

Oct- 18

1 Week 4 Holography: Basic principle of holography .Gabor hologram and its limitations-applications of

holography.Doubts clarification

Student Seminar

2 Week - Dashra holidays

4 Week

Nov- 11 1 Week

2 Week

Department :physics Paper : II B:THERMODYNAMICS Class: II BSc

Semester: IV

Month & No.of

Working Days Week

Periods Per

Nov - 14

Experimental verification -transport phenomina. Career guidance

Student Seminar

4 Week 6

Viscosity of gases - -thermal conductivity and diffusion of gases.Mean free path Thermodynamics:

adiabatic process

Student Seminar

Dec - 24

scale of temperature-entropy, physical significance Assingnment

Student Seminar

2 Week 3 Cat1 examinations- Change in entropy in reversible and irreversible process Entropy and disorder.

Entropy of universe- Temperature – Entropy (T-S) diagramand its uses.change of entropy of aperfect gas.

Change of entropy when ice changes in to steam

Career guidance

Student Seminar

3 Week 3 Thermodynamic potential and Maxwell’s equations: Thermodynamic potential -- derivation of Maxwell’s

thermodynamic relation Quitz

Student Seminar

4 Week 6 Claussius-Clapeyron’s equation. Derivations for ratio of two specific heats - Derivations for difference of

two specific heats of a perfect gas. Joule-Kelvin effect – expression for Joule Kelvin coefficient for perfect

and Vanderwaal’s gas

Assignment

Student Seminar

Jan - 19

distinction between adiabatic and Joule Thomson expansion Group discussion

Student Seminar

2 Week 3 Expression for Joule Thomson cooling-liquefaction of helium. Kapitza’s method, adiabatic demagnetization-

production of low temperatures Assignment

Student Seminar

3 Week - Pongal holidays Assignment

Student Seminar

4 Week 5 Effect of Chloro-Fluoro carbons on Ozone layer. Applications of substances at low temperatures Quantum

theory of radiation: Black body-- Fery’s black body-- distribution of energy in the spectrum of black body. Group discussion

Student Seminar

Feb - 20 1 Week 3 Statements of Wein’s displacement law, Wein’s law and Rayleigh-Jean’s law - -quantum theory of radiation

Derivation of Planck’s law. Deduction of Wein’s law, Rayleigh-Jean’s law from Planck’s law

Student Seminar

2 Week 3 Measurement of radiation--types pyrometer Disappearing filament optical pyrometer.experimental

Student Seminar

3 Week 3 determination of Solar constant—effective temperature of Sun. Doubt clarification and problem solving. Student Seminar

Student Seminar

Mar - 25

1 Week

2 Week

4 Week

Month &No.of

Working Days Week

Periods Per

Nov - 14

Dec - 24

1 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Quiz

2 Week

3 Week 04

4 Week CAT

Jan - 19

1 Week 04

decrement, relaxation time, quality factor. Differ eqn of forced oscillations and

Solution

Assignment

2 Week 04

amplitude resonance, velocity resonance, complex vibrations, Fourier theorem &

evaluation of Fourier coeffs,

3 Week 04

analysis of periodic wave functions, Square , triangle, saw tooth wave &

problems

Feb - 20

2 Week 04

Clamped free bar, free-free bar, bar supported at both ends, Tuning fork,

Student Seminar

3 Week CAT

4 Week 04

density -- energy transport, transverse impedance.

Mar - 25

1 Week 04

Ultrasonics: ultrasonics introduction, properties, production. Piezo electric

method,

2 Week 04 magnetostriction method, detection. Determination of wave length of ultrasonics Career Guidance

3 Week 04

Month &No.of

Working Days Week

No.of Periods

June - 26

significance. Quiz

surface & volume integrals

July - 24

motion, motion of variable mass system- rocket, multi stage rocket.

2 Week 04 Conservation of energy & momentum, collisions in 2&3 Dimensions, Concept of

impact parameter, scattering cross section & Rutherford’s scattering.

combined translational and rotational motion, Assignment

4 Week 04

Angular momentum, inertia tensor Euler equations, precession of top, Gyroscope,

precession of equinoxes rotating frames of reference. Coriolis force, effects elastic

constants of isotropic solids & their relations,

Aug - 22

1 Week CAT-1

2 Week 04 Poissons ratio and expressions for σ in terms of Y,n,k., Classification of beams, Types

of bending, point load, distributed load, shearing force & bending moment

3 Week 04 Sign conventions, simple supported beam carrying a concentrated load at mid span,

cantilever with end load.

Sept - 23

relation,

Newton’s laws from Kepler’s laws, Special theory of relativity: Galilean relativity, Student seminar

3 Week CAT-2

4 Week 04 Absolute frames, Michelson-Morley expt,postulates of relativity, Lorentz

transformations, time dilation, length contraction, Career guidance

Oct- 18

Addition of velocities, Concept of four vector formalism,

2 Week

3 Week

4 Week

Nov- 11 1 Week

2 Week

Department: Physics Paper :IIIA Class:III B.Sc. Semester:V

Month & No.of

Working Days Week

No.of Periods

June – 26

1 Week 3

Carrier Guidence

2 Week 3 Gauss's Therom Proof Applications Electric Field due to infinite Conducting sheet

of Charge, Field due to Uniformly Charged Sphere and Charged Cylinder

3 Week 3 Deduction of Coulomb's Law. Mechanical Force on a Charged Conductor. Electric

Potential. Potential due to the Charged Spherical Conductor. Electric Potential and field

Strength due to electric Dipole and Infinite line of Charge. Assignment

4 Week 3 Potential of a uniformly charged circular disk – Problems. Atomic view of dielectric.

PE of dipole in electric field. Polarization - Charge Density.

July – 24

1 Week 3

Gauss Law in dielectrics. Relation between D,E and P. Dielectric Constant and

susceptibility & relation between them.

Student seminar

2 Week 3 Boundary conditions at the dielectric surface. Electric fields in cavities of dielectric.

Needle shaped cavity and disc shaped cavity - Problems.

3 Week 3

Capacity of concentric spheres. Cylindrical condenser, parallel plate capacitor with and

without dielectric. Electric energy stored in a charged condenser.

4 Week 3

Force between plates of a capacitor. Attracted disc electrometer. Construction and

working of attracted disc electrometer, measurement of dielectric constant & potential

difference. Problems.

Assignment

Aug – 22

1 Week CAT-I

2 Week 3

Magnetic shell, Potential and filed due to magnetic shell-its equivalence with electric

circuit & Magnetic shell. Magnetic induction B-and field H-permeability and

susceptibility.-

3 Week 3 Hall effect - Cyclotron, Sychrocyclotron and Synchrotron ,

4 Week 3 Force on a current carrying conductor . Force and Torque on current loop. Biot-

Savart law - B due to long straight wire.

Student Seminar

Sept – 23

1 Week 3 B due to circular current loop and Solenoid - Problems.

2 Week 3 Faradays laws - Lenz's Law - expression for induced emf - time varying

magnetic fields - Betatron

Group Discussion

3 Week CAT-II

4 Week 3 Ballistic galvanometer - theory - Damping correction - Self and mutual

inductance .

Oct- 18

1 Week 3 Coefficient of coupling - Calculation of self inductance of a long solenoid and toroid

- Energy stored in magnetic field.

Student seminar

2 Week 3

Dussera vacsation

3 Week 3 Principle of Transformer, construction, working, energy losses & efficiency -

Problems.

Assignment

4 Week 3 Revision - Doubts Clarification

Nov- 11 1 Week

2 Week

Department :Physics Paper :IIIB Class: III B.Sc Semester:VI

Month & No.of

Working Days Week

Periods Per

Nov - 14 3 Week 02

Growth and decay of current in

LR,CR circuits and LCR circuits Career guidance

4 Week 03 Critical damping. Alternating Current, Relation between V and I In pure R C and L

Dec - 24

1 Week 03 Vector diagrams , Power in ac circuits, L C R Series& parallel resonant circuit, Band width,

2 Week 03 Q factor , AC&DC motors-single phase, three phase(basics only).Power factor –wattless current. Assignment

3 Week 03 Basic laws of Electricity and Magnetism, Displacement current, Maxwell’s equations in differential form,

4 Week 03 Maxwell’s Wave Equation, Plane e m waves, Transverse nature of em waves ,Poynting Theorem. Group discussion

Jan - 19

1 Week 03 Production of em waves, Formation of electron energy bands in solids,

2 Week 03 Band theory of solids, and classification of solids in terms of forbidden energy gaps.

3 Week 03 Intrinsic& extrinsic Semi conductors, Fermi level,Continuity equation, PN junction diode,

4 Week 03 Zener diode characterstics & its applications as voltage regulator Half wave and full wave rectifiers and

filters,

Feb - 20

1 Week 03 Ripple factor(qualitative), PNP & NPN Transistors, Current components, CB,CE,CC configurations, H-

parameters Quiz

2 Week 03 Determination from transistor characteristics Transistor as an amplifier, Concept of Feedback,

3 Week 03 Barkhausen condition, RC Coupled amplifier Phase shift oscillator (qualitative), Binary number system,

converting binary to decimal & vice versa. Students seminar

4 Week 03 Binary addition & subtraction. Hexa-decimal number system. Conversion from binary to hexadecimal –vice

versa& Decimal to Hexadecimal-vice versa.

Mar - 25

1 Week 03 Logic gates using discrete components Universal gates, Truth tables, Exclusive OR gate, Career guidance

2 Week 03 Half and full Adders, Parallel Adder circuits, Flip Flops, RS Flip Flop. Demorgan’s theorems proof problems

4 Week

Month & No.of

Working Days

Week No.of Periods

June - 22

1 Week 3 Basic properties of nucleus-size, charge, mass, spin, magnetic dipole moment& electric quadruple moment. Binding energy of nucleus, deuteron binding energy.pp and np scattering

Student Seminar

2 Week 3 General concepts nuclear forces, Nuclear models-liquid drop model, shell model. Range of α particle--Geiger Nuttal law.

Career Guidance

Student Seminar

3 Week 3 Gamow’s theory of α-decay Geiger Nuttal law from Gamow’s theory of α-decay.Beta ray

spectrum-nuetrino hypothesis.,

Assignment

4 Week 3 Fermi’s theory of beta decay (qualitative).Types of nuclear reactions, channels, nuclear reaction kinematics. Compound nucleus, direct reactions (concepts).

Group Discussion

July - 25

1 Week 3 GM counter--proportional counter. Scintillation counter--Wilson cloud chamber & solid state

detector. Crystalline nature of matter-crystal lattice, unit cell

2 Week 3 Elements of symmetry.- crystal systems--Bravias lattices-- miller indices, Simple crystal

structures (NaCl, CsCl, SC, BCC, FCC, Zinc blends and diamond)

Guest Lecturer

3 Week 3 diffraction of x-rays-- Bragg’s law--Bragg’s spectrometer. Laue method--powder diffraction

method

Student Seminar

4 Week 3 Introduction to nanoparticles, metal nanocrystals, semiconductor nanoparticles,

carbonclusters,

Aug - 22 1 Week 3 carbon nanotubes, quantum nanostructures Assignment

nanodot, nanowire & quantum well. Fabrication of nanostructures. Types of bonding in

crystals--characteristics of crystals with different bandings

2 Week 3 Lattice energy of ionic crystal Determination of Madelung constant for NACL crystal.

Calculation of Born coefficient & repulsive exponent--Born-Haber cycle.

Student Seminar

3 Week 3

Magnetic properties of materials-- Dia, Para and Ferro magnetic materials. Langevin’s theory of

ferromagnetism.

Group Discussion

Student Seminar

4 Week CAT-1

Sept - 23

1 Week 3 Weiss theory of Ferro magnetism.Idea of magnetic domains. Anti-ferro magnetism, &

Ferromagnetism, ferrites & there applications

Student Seminar

2 Week 3 Basic experimental facts-zero resistance, effect of magnetic field,Meissner effect, persistent

current,

Student Seminar

3 Week 3

Basic experimental facts-zero resistance, effect of magnetic field,Meissner effect, persistent

current,

Student Seminar

4 Week 3 isotope effect, thermodynamic properties, specific heat, entropy. Type I & Type II

superconductors.

Assignment

Oct- 19

1 Week 3 Elements of BCS theory- cooper pairs. Applications, High temperature

superconductors(general information)

2 Week O CAT-2

3 Week DASHARA HOLIDAYS

4 Week

Nov- 09 1 Week

2 Week

Department : PHYSICS Paper : IV B Class: IIIBSC., Semester: VI

Month & No.of

Working Days Week

No.of Periods

Nov - 13 3 Week 3

Basic properties of nucleus-size, charge, mass, spin, magnetic dipole moment& electric

quadruple moment.

Student Seminar

4 Week 3 Binding energy of nucleus, deuteron binding energy.pp and np scattering Student Seminar

Dec - 24

1 Week 3 General concepts nuclear forces, Nuclear models-liquid drop model, shell model. Range of α

particle--Geiger Nuttal law

Student Seminar

3 Week 3 Fermi’s theory of beta decay (qualitative).Types of nuclear reactions, channels, nuclear

reaction kinematics. Compound nucleus, direct reactions (concepts).

Student Seminar

4 Week 3

GM counter--proportional counter. Scintillation counter--Wilson cloud chamber & solid state

detector. Crystalline nature of matter-crystal lattice, unit cell, Elements of symmetry.- crystal

systems--Bravias lattices-- miller indices

Student Seminar

Jan - 17

1 Week 0 CAT-1

Student Seminar

2 Week 0 PONGAL HOLIDAYS

3 Week 3 Simple crystal structures (NaCl, CsCl, SC, BCC, FCC, Zinc blends and diamond) diffraction of x-

rays-- Bragg’s law--Bragg’s spectrometer. Laue method--powder diffraction method

carbonclusters,

Field Work

Feb - 19 1 Week

carbon nanotubes, quantum nanostructures

2 Week Lattice energy of ionic crystal Determination of Madelung constant for NACL crystal.

Calculation of Born coefficient & repulsive exponent--Born-Haber cycle.

3 Week Magnetic properties of materials-- Dia, Para and Ferro magnetic materials. Langevin’s theory of

ferromagnetism. Weiss theory of Ferro magnetism.Idea of magnetic domains.

Group Discussion

4 Week 3 Anti-ferro magnetism, & Ferromagnetism, ferrites & there applications. Basic experimental

facts-zero resistance, effect of magnetic field,

Student Seminar

Mar - 23

1 Week 0 CAT-2

4 Week

Department : physics Paper : IIA:OPTICS Class: IIBSc Semester: III Month & No.of

Working Days Week

No.of Periods

June - 22

1 Week 2 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSESMatrix method in paraxial optics:

Introduction, The matrix method, effect of translation, effect of refraction. Career guidance

Student Seminar

2 Week 4 Imaging by spherical refracting surface, Imaging by co-axial optical system Assignment Student Seminar

3 Week 4 nit and nodal planes, A system of two thin lenses.AberrationsU: Introduction - Monochromatic

aberrations, spherical aberration Quitz

Student Seminar

4 Week 6 methods of minimizing spherical aberration - coma, astigmatism Assignment Student Seminar

July - 25

1 Week 4 Chromatic aberration – the achromatic doublet—Removal of Chromatic aberration by a separated

doublet. Defects of Eye – Myopia and Hypermetropia – correction. Career guidance

Student Seminar

2 Week 3 Interference: Principle of superposition - cherence - conditions for interference of light Quitz

Student Seminar

3 Week 3 Interference by division of wavefront: Fresnel’s biprism--determination of wavelength of light,

determination of thickness of a transparent material using a biprism. Change of phase on reflection -

Lloyds’ mirror experiment

Group discussion

Student Seminar

4 Week 6 Interference by division of amplitude: oblique incidence of a plane wave on a thin film due to reflected

and transmitted light (cosine law) -- colors of thin films--non reflecting films, interference by a plane

parallel film illuminated by a point source

Assigenment

Student Seminar

Aug - 22

1 Week 4 Interference by a film with two non parallel reflecting surfaces (wedge shaped films)—determination of

diameter of wire, Newton’s rings in reflected light with contact between lens and glass plate. Assigenment

Student Seminar

2 Week 4 Determination of wavelength of monochromatic light. Michelson interferometer--types of fringes--

determination of wavelength of monochromatic light andthickness of a thin transparent plate Group discussion

Student Seminar

single slit -- limit of resolution-- Fraunhoffer diffraction due to double slit

Student Seminar

4 Week - Cat1 examinations Student Seminar

Student Seminar

Sept - 23 1 Week 2

Fraunhofer diffraction pattern with N-slits (diffraction grating). Resolving power of grating --

determination of wavelength of light in normal and oblique incidence methods using diffraction grating.

Student Seminar

2 Week 4 Fresnel diffraction—Fresnel’s half period Zones — area of the half period zones - zone plate — Student Seminar

comparison of zone plate with convex lens—phase reversal zone plate. Difference between interference

and diffraction. Polarization: Polarized light — methods of polarization, polarization by reflection,

refraction, double refraction, selective absorption.

Student Seminar

3 Week 4

scattering of light - Brewster’s law - Malus law. Nichol prism - polarizer and analyzer - refraction of plane

wave incident on negative and positive crystals (Huygen’s explanation) quarter wave plate—half wave

plate. Optical activity, analysis of light by Laurentz’s half shade polarimeter. Lasers-Fiber optics and

holography: Inroduction - Spontaneous and stimulated emission

Student Seminar

4 Week 5

Population inversion, laser principle, -- types of lasers —He-Ne laser- Ruby laser - applications of lasers.

Fiber optics: Introduction - optical fibers - types of optical fibers - step index and graded index fibers. iber

materials - principles of fiber communication (qualitaftive treatment only) and advantages of fiber

communication.

Student Seminar

Oct- 19

1 Week 4 Holography: Basic principle of holography and its applications. Doubts clarification Student Seminar

Student Seminar

4 Week

Nov- 09 1 Week

2 Week

Department : physics Paper : II B:THERMODYNAMICS Class: IIBSc

Semester: IV

Month & No.of

Working Days Week

No.of Periods

Nov - 13

3 Week 4 Kinetic theory of gases: Introduction - Maxwell’s law of distribution of molecular speeds— experimental

verification-toothed wheel experiment -transport phenomina. Career guidance

Student Seminar

4 Week 5 Viscosity of gases - -thermal conductivity and diffusion of gases.Thermodynamics: Introduction -

reversible and irreversible processes. Carnot’s engine and its efficiency-

Assigenment

Student Seminar

Dec - 24

scale of temperature-entropy, physical significance Quitz

Student Seminar

Temperature – Entropy (T-S) diagram Assigenment

Student Seminar

3 Week 4 Thermodynamic potential and Maxwell’s equations: Thermodynamic potential -- derivation of

Maxwell’s thermodynamic relation Career guidance

Student Seminar

two specific heats of a perfect gas. Assigenment

Student Seminar

Jan - 17

1 Week 2 Cat1 examinations- Joule-Kelvin effect – expression for Joule Kelvin coefficient for perfect and

Vanderwaal’s gas

Student Seminar

2 Week - Pongal holidays Group discussion

Student Seminar

3 Week 3 Low temperature physics: Joule-Kelvin effect—liquefaction of gas using porous plug experiment

distinction between adiabatic and Joule Thomson expansion Assigenment

Student Seminar

4 Week 5 Expression for Joule Thomson cooling-liquefaction of helium. Kapitza’s method, adiabatic

demagnetization-production of low temperatures, Principle of refrigeration—vapour compression type.

Working of refrigerator and Air conditioning machines

Student Seminar

Feb - 19

1 Week 4 Effect of Chloro-Fluoro carbons on Ozone layer. Applications of substances at low temperatures,

black body.

Student Seminar

radiation Derivation of Planck’s law., Deduction of Wein’s law, Rayleigh-Jean’s law from Planck’s law.

Measurement of radiation--types pyrometer

Student Seminar

3 Week 3 Disappearing filament optical pyrometer.experimental determination. Angstrom pyreheliometer Group discussion

Student Seminar

4 Week 4 determination of Solar constant—effective temperature of SunDoubt clarification and problem solving. Student Seminar

Student Seminar

Mar - 23

2 Week -

4 Week

Month &No.of

Working Days Week

No.of Periods

Nov - 13

Dec - 24

2 Week 04

3 Week 04

4 Week 04

decrement,

Jan - 17

1 Week CAT

2 Week 04

Relaxation time, quality factor. Differ eqn of forced oscillations and Solution

amplitude resonance, velocity resonance, complex vibrations, Fourier theorem

& evaluation of Fourier coeffs,

Students seminars

3 Week 04

analysis of periodic wave functions, Square , triangle, saw tooth wave &

problems

Feb - 19

1 Week 04 Special cases (1) Bar fixed at both ends (2) Bar fixed at the midpoint Quiz

2 Week 04 Clamped free bar, free-free bar, bar supported at both ends, Tuning fork.

3 Week 04

4 Week CAT

Mar - 23

1 Week 04

density -- energy transport, transverse impedance.,Ultrasonics: ultrasonics

introduction, properties, production.

2 Week 04

Piezo electric method, magnetostriction method, detection. Determination of

wave length of ultrasonics

Assignment

3 Week 04

Month &No.of

Working Days Week

No.of Periods

June - 22

2 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Career guidance

significance.

surface & volume integrals

July - 25

motion,

2 Week 04 motion of variable mass system- rocket, multi stage rocket, Conservation of energy &

momentum,

3 Week 04 collisions in 2&3 Dimensions, Concept of impact parameter, scattering cross section

& Rutherford’s scattering. Student seminar

combined translational and rotational motion,

Aug - 22

1 Week 04 Angular momentum, inertia tensor Euler equations, precession of top, Gyroscope,

precession of equinoxes rotating frames of reference.

2 Week 04 Coriolis force, effects elastic constants of isotropic solids & their relations, Poissons

ratio and expressions for σ in terms of Y,n,k.

3 Week 04

Classification of beams, Types of bending, point load, distributed load, shearing force

& bending moment, Sign conventions, simple supported beam carrying a concentrated

load at mid span, Cantilever with end load.

4 Week CAT-1

Sept - 23

relation, Assignment

Newton’s laws from Kepler’s laws,

4 Week 04 Special theory of relativity: Galilean relativity, absolute frames, Michelson-Morley

expt, postulates of relativity.

Oct- 19

1 Week 04

Lorentz transformations, time dilation, length contraction, variation of mass with

velocity, mass energy relation. Momentum and energy relation, Addition of velocities,

Concept of four vector formalism.

Group Discursion

2 Week CAT-2

4 Week

Nov- 09 1 Week

2 Week

Department :Physics Paper :IIIA Class: III B.Sc. Semester:V

Month & No.of

Working Days Week

No.of Periods

June - 22

1 Week 3

Carrier Guidence

Strength due to electric Dipole and Infinite line of Charge. Assignment

July - 25

1 Week 3

Student Seminar

2 Week 3

Boundary conditions at the dielectric surface. Electric fields in cavities of dielectric.

3 Week 3

Assignment

4 Week 3

Aug - 22 1 Week 3

susceptibility.-

Student Seminar

2 Week 3

Hall effect - Cyclotron, Sychrocyclotron and Synchrotron ,

3 Week 3

Force on a current carrying conductor.

Force and Torque on current loop. Biot-Savart law - B due to long straight

Assignment

4 Week CAT-I

Sept – 23

2 Week 3

Faradays laws - Lenz's Law - expression for induced emf - time varying

Student Seminar

3 Week 3

Ballistic galvanometer - theory - Damping correction - Self and mutual

inductance .

4 Week 3

Coefficient of coupling - Calculation of self inductance of a long solenoid and toroid

- Energy stored in magnetic field.

GroupDission

Oct- 19

Wttteek 3

Principle of Transformer, construction, working, energy losses & efficiency -

Problems.

Assignment

2 Week CAT-II

3 Week Dusssera Vacation

Nov- 09 1 Week

2 Week

Department :Physics Paper :IIIB Class: III B.Sc Semester:VI

Month & No.of

Working Days Week

No.of Periods

Nov - 13 3 Week 02

Growth and decay of current in LR,CR circuits and LCR circuits

4 Week 03 Critical damping. Alternating Current, Relation between V and I In pure R, C and L Career guidance

Dec - 24

2 Week 03 Q factor ,.Power in AC circuit, Power factor –wattless current.

3 Week 03 Basic laws of Electricity and Magnetism, Displacement current, Maxwell’s equations in differential form, Assignment

4 Week 03 Maxwell’s Wave Equation, Plane e m waves, Transverse nature of em waves ,Poynting Theorem.

Jan - 17

1 Week 03 Production of em waves(Hertz experiment) Quiz

2 Week 03 PN junction diode, Zener diode, characteristics and itss applications as a voltage regulator

3 Week 03 Half wave and full wave rectifiers, Ripple factor(qualitative),

4 Week 03 PNP & NPN Transistors, Current components, CB,CE,CC configurations, H- parameters,

Feb - 19

1 Week 03 Transistor as an amplifier, Digital principles:binary number system,conversion of binary decimal and vice

versa Group discussion

2 Week 03 Binary addition & subtraction.( 1's and 2's Complementary methods) Hexa-decimal number system.

Conversion from binary to hexadecimal –vice versa& Students seminar

3 Week 03 Decimal to Hexadecimal-vice versa., Logic gates OR, AND and NOT gates-truth tables

4 Week 03 Realisation of these Logic gates using discrete components,NAND and NOR gates as Universal gates, ,

Mar - 23

1 Week 03 Exclusive OR gate, Demorgan’s theorems statement and proof

2 Week 03 Half and full Adders Career guidance

4 Week

Department : PHYSICS Paper : IV A Class:III Bsc., Semester: V

Month & No.of

Working Days Week

No.of Periods

June - 24

1 Week Review of the related topics studied in the previous classes. Quiz

Student Seminar

2 Week 3 Introduction –Bohr’s Atomic theory-Drawbacks of Bohr’s atomic model

Career Guidance

Assignment

4 Week 3 Quantum numbers associated with vector atom model. L-S and J-J couplings spectral terms --selection rules—Intensity rules

Group Discussion

July - 25

1 Week Spectra of -alkali atoms--doublet fine structure-singlet and triplet fine structure in alkaline earth

spectrum

Student Seminar

2 Week 3 Normal Zeeman Effect-experiment Paschenback effect & Starck Effect. Problems

3 Week 3 Types of Molecular spectra-- pure rotational energies and spectrum of diatomic molecules Guest Lecturer

4 Week 3 Determination of inter-nuclear distance. Vibrational energies and spectrum of diatomic molecules Student Seminar

Aug - 21

1 Week 3 Raman effect--stokes and anti stokes lines quantum theory of Raman Effect Student Seminar

2 Week 3

Experimental arrangements for Raman Effect & its applications. problems Student Seminar

3 Week 3

Quantum mechanics: Planck’s radiation law (statement only)--Photoelectric effect--Einstein’s

explanation of photoelectric effect—Compton Effect & experimental verification.

Assignment

4 Week 3 Limitations of old quantum theory-De Broglie’s Hypothesis. Wave length of matter waves—wave length

associated with electron. Problems Student Seminar

Sept - 23

1 Week CAT-1

slit experiment,

Assignment

3 Week 3 standing debroglie’s waves of electron in Bohr’s orbit-Bohr’s quantization of angular momentum and its

application to hydrogen atom

Student Seminar

4 Week 3

Heisenberg’s uncertainty relation for p and x-- its extension to energy and time.

Gamma ray microscope-- diffraction at a slit--particle in a box. Problems

Student Seminar

Oct- 19

1 Week 0 DASHRA HOLIDAYS

functions Eigen values expectation values. Particle in one and three dimensional boxes. Potential step--

3 Week 0 CAT-1

4 Week

Nov- 10 1 Week

2 Week

Department : PHYSICS Paper : IV B Class: IIIBSC., Semester:VI

Month & No.of

Working Days Week

No.of Periods

Nov - 13 3 Week 3

Basic properties of nucleus-size, charge, mass, spin, magnetic dipole moment& electric

quadruple moment.

4 Week 3 Binding energy of nucleus, deuteron binding energy.pp and np scattering Student Seminar

Dec - 24

1 Week 3 Basic properties of nucleus-size, charge, mass, spin, magnetic dipole moment& electric

quadruple moment.

2 Week 3 Binding energy of nucleus, deuteron binding energy.pp and np scattering Group Discussion

3 Week 3 General concepts nuclear forces, Nuclear models-liquid drop model, shell model. Range of α

particle--Geiger Nuttal law.

Group Discussion

Jan - 17

1 Week 0 CAT-1 Group Discussion

2 Week 0 PONGAL HOLIDAYS

3 Week 3

Fermi’s theory of beta decay (qualitative).Types of nuclear reactions, channels, nuclear

reaction kinematics. Compound nucleus, direct reactions (concepts).GM counter--proportional

counter. Scintillation counter--Wilson cloud chamber & solid state detector.

Assignment

4 Week 3 Crystalline nature of matter-crystal lattice, unit cell, Elements of symmetry.- crystal systems--

Bravias lattices-- miller indices

Feb - 22

carbonclusters, carbon nanotubes, quantum nanostructures

Assignment

3 Week 3

Lattice energy of ionic crystal Determination of Madelung constant for NACL crystal.

Calculation of Born coefficient & repulsive exponent--Born-Haber cycle. Magnetic properties of

materials-- Dia, Para and Ferro magnetic materials. Langevin’s theory of ferromagnetism.

Weiss theory of Ferro magnetism.Idea of magnetic domains

Student Seminar

4 Week 3 Meissner effect, persistent current, isotope effect, thermodynamic properties, specific heat,

entropy. Type I & Type II superconductors.

Group Discussion

Mar - 22

1 Week 0 CAT-2

Student Seminar

4 Week

Department :physics Paper : II A:OPTICS Class: II BSc Semester: III

Month & No.of

Working Days Week

No.of Periods

June - 24

1 Week 4 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Matrix method in paraxial optics:

Introduction, The matrix method, effect of translation, effect of refraction. Career guidance

Student Seminar

2 Week 4 Imaging by spherical refracting surface, Imaging by co-axial optical system Assigen ment Student Seminar

3 Week 4 unit and nodal planes, A system of two thin lenses.AberrationsU: Introduction - Monochromatic

aberrations, spherical aberration Student Seminar Student Seminar

4 Week 5 methods of minimizing spherical aberration - coma, astigmatism Career guidance Student Seminar

July - 25

1 Week 4 Chromatic aberration – the achromatic doublet—Removal of Chromatic aberration by a separated

doublet. Defects of Eye – Myopia and Hypermetropia – correction. Quitz

Student Seminar

2 Week 3 Interference: Principle of superposition - cherence - conditions for interference of light Group discussion

Student Seminar

Assignment

Student Seminar

Aug - 21

diameter of wire, Newton’s rings in reflected light with contact between lens and glass plate. Assigenment

Student Seminar

determination of wavelength of monochromatic light andthickness of a thin transparent plate. Group discussion

Student Seminar

4 Week 5

Fraunhofer diffraction pattern with N-slits (diffraction grating). Resolving power of grating --

Fresnel diffraction—Fresnel’s half period Zones — area of the half period zones - zone plate —

comparison of zone plate with convex lens—phase reversal zone plate.

Student Seminar

Sept - 23

1 Week 2 Cat1 examinations Student Seminar

Student Seminar

2 Week 3

Difference between interference and diffraction. Polarization: Polarized light — methods of polarization,

polarization by reflection, refraction, double refraction, selective absorption. scattering of light -

Brewster’s law - Malus law. Nichol prism - polarizer and analyzer - refraction of plane wave incident on

negative and positive crystals (Huygen’s explanation)

Student Seminar

3 Week 4

. quarter wave plate—half wave plate. Optical activity, analysis of light by Laurentz’s half shade

polarimeter. Lasers-Fiber optics and holography: Inroduction - Spontaneous and stimulated emission.

Fiber optics: Introduction - optical fibers - types of optical fibers - step index and graded index fibers.

Student Seminar

4 Week 4 iber materials - principles of fiber communication (qualitaftive treatment only) and advantages of fiber

communication. Holography: Basic principle of holography and its applications. Doubts clarification

Student Seminar

Oct- 19

2 Week 3 Cat2 examinatios

4 Week

Nov- 10 1 Week

2 Week

Department : physics Paper : II B:THERMODYNAMICS Class: II BSc Semester: IV

Month & No.of

Working Days Week

No.of Periods

Nov - 13

3 Week 4 Kinetic theory of gases: Introduction - Deduction of Maxwell’s law of distribution of molecular speeds-

experimental verification-toothed wheel experiment-transport phenomina. Career guidance

Student Seminar

reversible and irreversible processes. Carnot’s engine and its efficiency- Assignment

Student Seminar

Dec - 24

scale of temperature-entropy, physical significance Quitz

Student Seminar

Temperature – Entropy (T-S) diagram Career guidance

Student Seminar

3 Week 4 Thermodynamic potential and Maxwell’s equations: Thermodynamic potential l-- derivation of

Maxwell’s thermodynamic relation Assignment

Student Seminar

two specific heats of a perfect gas. Group discussion

Student Seminar

Jan - 17

1 Week 2 Cat1 examinations Assignment

Student Seminar

2 Week - Pongal holidays Quitz

Student Seminar

3 Week 2 Joule-Kelvin effect – expression for Joule Kelvin coefficient for perfect and Vanderwaal’s gas Group discussion

Student Seminar

4 Week 4

Low temperature physics: Joule-Kelvin effect—liquefaction of gas using porous plug experiment

distinction between adiabatic and Joule Thomson expansion Assignment

Student Seminar

Feb - 22

1 Week 4 Expression for Joule Thomson cooling-liquefaction of helium. Kapitza’s method, adiabatic

demagnetization-production of low temperatures Principle of refrigeration—vapour compression type.

Working of refrigerator and Air conditioning machines.

Student Seminar

2 Week 4 Effect of Chloro-Fluoro carbons on Ozone layer. Applications of substances at low temperatures

black body.

Student Seminar

radiation Derivation of Planck’s law. Deduction of Wein’s law, Rayleigh-Jean’s law from Planck’s law.

Student Seminar

Measurement of radiation--types pyrometer-

4 Week 4 Disappearing filament optical pyrometer.experimental determination. Angstrom pyreheliometer

determination of Solar constant—effective temperature of SunDoubt clarification and problem solving.

Student Seminar

Mar - 22

2 Week -

4 Week

Month &No.of

Working Days Week

No.of Periods

Nov - 13

Dec - 24

1 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Quiz

2 Week 04

3 Week 04

perpendicular simple harmonic vibrations of same frequency,Lissajou’s figures.

4 Week 04

Jan - 17

1 Week CAT

2 Week 04

Logartimic decrement, relaxation time, quality factor. Differ eqn of forced

oscillations and Solution

Assignment

3 Week 04

amplitude resonance, complex vibrations: Fourier theorem & evaluation of Fourier

coeffs, analysis of periodic wave functions,

4 Week 04

Square , triangle wave & problems , Longitudinal vibrations in Bars—wave

equation and its general solution.

Feb - 22

2 Week 04

Clamped free bar, bar supported at both ends, Transverse wave propagation

along a stretched string.

3 Week 04

General solution of wave equation and its significance Modes of vibration of

stretched string clamped at both ends, overtones, energy transport, transverse

impedance.

Student seminars

4 Week 04

Ultrasonics:ultrasonics introduction, properties, production. Piezo electric

method, Magnetostriction method, detection,Applications of ultrasonics

Mar - 22

1 Week CAT

2 Week 04 Noise pollution – Origen effect on environment prevention .

3 Week 04 DOUBTS CLARIFICATION &PROBLEMS ON UNIT-1 Career guidance

Month &No.of

Working Days Week

No.of Periods

June - 24

significance. Group Discursion

4 Week 04 Divergence & curl of a vector field and related problems, Vector integration. line surface

& volume integrals,

July - 25

1 Week 04 Statement of stokes, gauss &greens theorems.

2 Week 04 motion of variable mass system- rocket, multi stage rocket

3 Week 04 collisions in 2&3 Dimensions, Concept of impact parameter, scattering cross section &

Rutherford’s scattering. Assignment

4 Week 04 Def of rigid body, rotational kinematics, equation of motion for a rotating body.

Aug - 21

1 Week 04 Angular momentum, inertia tensor Euler equations, precession of top, Gyroscope.

2 Week 04 Classification of beams, Types of bending, point load, distributed load, shearing force &

bending moment

cantilever with end load. Student Seminar

4 Week 04 Central forces: def, examples, Conservative nature of Central forces, Central forces as a

negative gradient of P.E.

Sept - 23

1 Week CAT-1

2 Week 04 Derivation of unit vector, Radial and trasfor acceleration, Equation of motion under

Central forces, Motion under inverse square law

3 Week 04 , Derivation of Kepler’slaws,Special theory of relativity: Absolute frames, Michelson-

Morley expt, Career guidance

4 Week 04 Frames of reference, inertial and non-inertial frames, Galilean relativity.

Oct- 19 1 Week 04 Postulates of relativity, Lorentz transformations,

2 Week 04 Time dilation, and its Experimental verification, length contraction.mass energy relation,

3 Week CAT-2

Nov- 10 1 Week

2 Week

Department :Physics Paper : IIIA Class: IIIB.Sc.. Semester:V

Month & No.of

Working Days Week

No.of Periods

June - 24

1 Week 3

Career Guidance

Assignment

Strength due to electric Dipole and Infinite line of Charge.

Student seminar

July - 25

1 Week 3

. Gauss Law in dielectrics. Relation between D,E and P. Dielectric Constant and

2 Week 3

Assignment

3 Week 3

Student Seminar

4 Week 3

Aug - 21 1 Week 3

susceptibility.-

Group Discussion

2 Week 2 Hall effect - Cyclotron, Sychrocyclotron and Synchrotron ,

Assignment

3 Week 2

Force on a current carrying conductor.

Student Seminar

Sept - 23

1 Week CAT-I

2 Week 3

3 Week 3

inductance .

Assignment

4 Week 3

Coefficient of coupling - Calculation of self inductance of a long solenoid and

toroid - Energy stored in magnetic field.

Oct- 19

2 Week 3

Principle of Transformer, construction, working, energy losses & efficiency -

Problems.

3 Week 3

Revision

4 Week CAT-II

Nov- 10 1 Week

2 Week

Department :Physics Paper :IIIB Class: III B.Sc Semester: VI

Month & No.of

Working Days Week

No.of Periods

Nov - 13 3 Week 02

Growth and decay of current in

LR,CR circuits and LCR circuits Career guidance

4 Week 03 Critical damping. Alternating Current, Relation between V and I In pure R C and L

Dec - 24

2 Week 03 Q factor , AC&DC motors-single phase, three phase(basics only).Power factor –wattless current. Assignment

3 Week 03 Basic laws of Electricity and Magnetism, Displacement current, Maxwell’s equations in differential form,

4 Week 03 Maxwell’s Wave Equation, Plane e m waves, Transverse nature of em waves ,Poynting

Theorem. Group discussion

Jan - 17

1 Week 03 Production of em waves, Formation of electron energy bands in solids,

2 Week 03 Band theory of solids, and classification of solids in terms of forbidden energy gaps. Quiz

3 Week 03 Intrinsic& extrinsic Semi conductors,

Fermi level,Continuity equation, PN junction diode,

4 Week 03 Zener diode characterstics& its applications as voltage regulator Half wave and full wave

rectifiers and filters,

Feb -22

parameters Students seminar

2 Week 03 Determination from transistor characteristics Transistor as an amplifier, Concept of Feedback,

3 Week 03 Barkhausen condition, RC Coupled amplifier Phase shift oscillator (qualitative), Binary number system,

converting binary to decimal & vice versa. Quiz

4 Week 03 Binary addition & subtraction. Hexa-decimal number system. Conversion from binary to hexadecimal –

vice versa& Decimal to Hexadecimal-vice versa.

Mar - 22

1 Week 03 Logic gates using discrete components Universal gates, Truth tables, Exclusive OR gate, Career guidance

2 Week 03 Half and full Adders, Parallel Adder circuits, Flip Flops, RS Flip Flop. Demorgan’s theorems proof

problems

4 Week

Month & No.of

Working Days Week

No.of Periods

June - 10

1 Week 3 Review of the related topics studied in the previous classes

2 Week 3 Introduction –Bohr’s Atomic theory-Drawbacks of Bohr’s atomic model Student Seminar

Career Guidance

4 Week 3 Quantum numbers associated with vector atom model. L-S and J-J couplings spectral terms --selection rules—Intensity rules

Assignment

July - 26

1 Week 3 Spectra of -alkali atoms--doublet fine structure-singlet and triplet fine structure in alkaline earth

spectrum.

Student Seminar

2 Week 3 Normal Zeeman Effect-experiment Paschenback effect & Starck Effect. Problems Group Discussion

3 Week 3 Types of Molecular spectra-- pure rotational energies and spectrum of diatomic molecules Quiz

4 Week 3 Determination of inter-nuclear distance. Vibrational energies and spectrum of diatomic molecules Guest Lecturer

Student Seminar

Aug - 21

1 Week 3 Raman effect--stokes and anti stokes lines quantum theory of Raman Effect

2 Week 0 CAT-1 Student Seminar

3 Week 3

Experimental arrangements for Raman Effect & its applications. problems Assignment

4 Week Quantum mechanics: Planck’s radiation law (statement only)--Photoelectric effect--Einstein’s

explanation of photoelectric effect—Compton Effect & experimental verification.

Student Seminar

Sept - 23

1 Week 3

Limitations of old quantum theory-De Broglie’s Hypothesis. Wave length of matter waves—wave length

associated with electron. Problems

Student Seminar

slit experiment,

Career Guidance

3 Week 3 Heisenberg’s uncertainty relation for p and x-- its extension to energy and time.

Gamma ray microscope-- diffraction at a slit--particle in a box. Problems

functions Eigen values expectation values.

Student Seminar

Oct- 26

1 Week 3

Particle in one and three dimensional boxes. Potential step-- potential barrier. problems Career Guidance

2 Week 0 DASHRA HOLIDAYS

3 Week CAT-2

4 Week

Nov- 10 1 Week

2 Week

Department :PHYSICS Paper : IV B Class: III BSC Semester: VI

Month & No.of

Working Days Week

No.of Periods

Nov - 13

3 Week 3 Basic properties of nucleus-size, charge, mass, spin, magnetic dipole moment& electric

quadruple moment.

Student Seminar

4 Week 3

Binding energy of nucleus, deuteron binding energy.pp and np scattering Assignment

Dec - 23

1 Week 3 General concepts nuclear forces, Nuclear models-liquid drop model, shell model.

Range of α particle--Geiger Nuttal law.

2 Week 3 Fermi’s theory of beta decay (qualitative).Types of nuclear reactions, channels, nuclear

reaction kinematics. Compound nucleus, direct reactions (concepts).

Guest Lecturer

3 Week 3 GM counter--proportional counter. Scintillation counter--Wilson cloud chamber & solid state

detector.

Group Discussion

4 Week 3 Crystalline nature of matter-crystal lattice, unit cell, Elements of symmetry.- crystal systems--

Bravias lattices-- miller indices

Student Seminar

Jan - 19

2 Week 0 PONGAL HOLIDAYS Guest Lecturer

3 Week 0 CAT-1

4 Week 3

crystals--characteristics of crystals with different bandings Carbon nanotubes, quantum

nanostructures

Student Seminar

Feb - 21

1 Week 3 Lattice energy of ionic crystal Determination of Madelung constant for NACL crystal.

Calculation of Born coefficient & repulsive exponent--Born-Haber cycle

Group Discussion

Student Seminar

2 Week 0 CAT-2

3 Week 3 Magnetic properties of materials-- Dia, Para and Ferro magnetic materials. Langevin’s theory of

ferromagnetism. Weiss theory of Ferro magnetism.Idea of magnetic domains.

4 Week 3 Anti-ferro magnetism, & Ferromagnetism, ferrites & there applications. Basic experimental

facts-zero resistance, effect of magnetic field,

Student Seminar

Mar - 22

1 Week 3

Meissner effect, persistent current, isotope effect, thermodynamic properties, specific heat,

entropy. Type I & Type II superconductors

Career Guidance

2 Week 3

Elements of BCS theory- cooper pairs. Applications, High temperature

Assignment

4 Week

Department :physics Paper : II A:OPTICS Class: IIBSc Semester: III

Month & No.of

Working Days Week

No.of Periods

June - 10

1 Week 4 Admissions work

2 Week 4 Admissions work

3 Week 4 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Matrix method in paraxial optics:

Introduction, The matrix method, effect of translation, effect of refraction.

Assignment

Career Guidance

4 Week 6 Imaging by spherical refracting surface, Imaging by co-axial optical system , Unit and nodal planes, A

system of two thin lenses.Aberrations: Introduction - Monochromatic aberrations, spherical aberration Quitz Student Seminar

July - 26

1 Week 4 methods of minimizing spherical aberration - coma, astigmatism, Chromatic aberration – the achromatic

doublet—Removal of Chromatic aberration by a separated doublet.

Career Guidance

Student Seminar

2 Week 4 Defects of Eye – Myopia and Hypermetropia – correction. Interference: Principle of superposition -

cherence - conditions for interference of light

Assignment

Student Seminar

Group discussion

Assignment

Student Seminar

Aug - 21

diameter of wire, Newton’s rings in reflected light with contact between lens and glass plate

Student Seminar

2 Week 2 Cat1 examinations, Student Seminar

Student Seminar

determination of wavelength of monochromatic light andthickness of a thin transparent plate

Student Seminar

Sept - 23 1 Week 4 Fraunhofer diffraction pattern with N-slits (diffraction grating). Resolving power of grating --

Assignment

Student Seminar

2 Week 4 Fresnel diffraction—Fresnel’s half period Zones — area of the half period zones - zone plate —

comparison of zone plate with convex lens—phase reversal zone plate.

Student Seminar

Group discussion

3 Week 4

Difference between interference and diffraction. Polarization: Polarized light — methods of polarization,

polarization by reflection, refraction, double refraction, selective absorption, scattering of light -

Brewster’s law - Malus law. Nichol prism - polarizer and analyzer - refraction of plane wave incident on

negative and positive crystals (Huygen’s explanation)

Assignment

Student Seminar

4 Week 5

quarter wave plate—half wave plate. Optical activity, analysis of light by Laurentz’s half shade

polarimeter. Lasers-Fiber optics and holography: Inroduction - Spontaneous and stimulated emission.

Fiber optics: Introduction - optical fibers - types of optical fibers - step index and graded index fibers.

Student Seminar

Oct- 26

1 Week 3 fiber materials - principles of fiber communication (qualitaftive treatment only) and advantages of fiber

communication, Holography: Basic principle of holography and its applications. Doubts clarification

Assignment

Student Seminar

4 Week

Nov- 10 1 Week

2 Week

Department :physics Paper : IIB:THERMODYNAMICS Class: II BSc

Semester: IV

Month & No.of

Working Days Week

No.of Periods

Nov - 13

3 Week 4 Kinetic theory of gases: Introduction - Deduction of Maxwell’s law of distribution of molecular speeds-

experimental verification-toothed wheel experiment-transport phenomina. Career guidance

reversible and irreversible processes. Carnot’s engine and its efficiency-

Student Seminar

Assignment

Dec - 23

scale of temperature-entropy, physical significance.

Student Seminar

Career guidance

Temperature – Entropy (T-S) diagram

Student Seminar

Group discussion

3 Week 4 Thermodynamic potential and Maxwell’s equations: Thermodynamic potential l-- derivation of

Maxwell’s thermodynamic relation

Student Seminar

two specific heats of a perfect gas.

Student Seminar

Group discussion

Jan - 19

1 Week 3 Joule-Kelvin effect – expression for Joule Kelvin coefficient for perfect and Vanderwaal’s gas Student Seminar

Student Seminar

2 Week 2 Low temperature physics: Joule-Kelvin effect—liquefaction of gas using porous plug experiment

distinction between adiabatic and Joule Thomson expansion

Student Seminar

3 Week - Pongal holidays

4 Week 6 Cat1 examinations, Expression for Joule Thomson cooling-liquefaction of helium. Kapitza’s method,

adiabatic demagnetization-production of low temperatures

Student Seminar

Feb - 21

1 Week 4 Principle of refrigeration—vapour compression type. Working of refrigerator and Air conditioning

machines.

Student Seminar

2 Week 2 Cat2 examinations,

3 Week 4 Effect of Chloro-Fluoro carbons on Ozone layer. Applications of substances at low temperatures,

black body.

Student Seminar

radiation Derivation of Planck’s law., Deduction of Wein’s law, Rayleigh-Jean’s law from Planck’s law.

Student Seminar

Measurement of radiation--types pyrometer-

Mar - 22

1 Week 4 Disappearing filament optical pyrometer.experimental determination. Angstrom pyreheliometer Student Seminar

Student Seminar

2 Week 4 determination of Solar constant—effective temperature of SunDoubt clarification and problem solving. Student Seminar

4 Week

Month &No.of

Working Days Week

No.of Periods

Nov - 13

Dec - 23

2 Week 04

3 Week 04

perpendicular simple harmonic vibrations of same frequency,Lissajou’s figures.

4 Week 04

Jan - 19

1 Week 04

Logartimic decrement, relaxation time, quality factor. Differ eqn of forced

oscillations and Solution

2 Week 04

amplitude resonance, complex vibrations: Fourier theorem & evaluation of Fourier

coeffs, analysis of periodic wave functions,

3 Week CAT

4 Week 04

Square , triangle wave & problems , Longitudinal vibrations in Bars—wave

equation and its general solution.

Feb - 21 1 Week 04 Special cases (1) Bar fixed at both ends (2) Bar fixed at the midpoint Assignment

2 Week 04

Clamped free bar, bar supported at both ends, Transverse wave propagation

along a stretched string.

3 Week CAT

4 Week 04

General solution of wave equation and its significance Modes of vibration of

stretched string clamped at both ends, overtones, energy transport, transverse

impedance.

Mar - 22

1 Week 04

Ultrasonics:ultrasonics introduction, properties, production. Piezo electric

method, Magnetostriction method, detection,Applications of ultrasonics

2 Week 04 Noise pollution – Origen effect on environment prevention . Student Seminars

3 Week 04 DOUBTS CLARIFICATION&PROBLEMS ON UNIT-1

Month &No.of

Working Days Week

No.of Periods

June - 10

significance. Quiz

surface & volume integrals,

July - 26

1 Week 04 Statement of stokes, gauss &greens theorems.

2 Week 04 motion of variable mass system- rocket, multi stage rocket, collisions in 2&3

Dimensions.

3 Week 04 Concept of impact parameter, scattering cross section & Rutherford’s scattering. Assignment

4 Week 04 Def of rigid body, rotational kinematics, equation of motion for a rotating body.

Aug - 21

1 Week 04 Angular momentum, inertia tensor Euler equations, precession of top, Gyroscope.

2 Week CAT-1

3 Week 04 Classification of beams.,Types of bending, point load, distributed load, shearing force

& bending moment

cantilever with end load.

Sept - 23

1 Week 04 Central forces: def, examples, Conservative nature of Central forces, Central forces as

a negative gradient of P.E.

2 Week 04 Derivation of unit vector, Radial and trasfor acceleration, Equation of motion under

Central forces. Student seminar

3 Week CAT-2

4 Week 04 Motion under inverse square law, Derivation of Kepler’s laws, Career guidance

Oct- 26

1 Week 04 Special theory of relativity: Absolute frames,

2 Week 04 Michelson-Morley expt, Frames of reference, inertial and non-inertial frames, Galilean

relativity.

3 Week 04 Postulates of relativity, Lorentz transformations, Time dilation, and its Experimental

verification, length contraction.mass energy relation,

4 Week

Nov- 10 1 Week

2 Week

3 Week

4 Week

Department :Physics Paper : 3A Class: III B.Sc. Semester:V

Month & No.of

Working Days Week

No.of Periods

June - 10

of Charge, Field due to Uniformly Charged Sphere and Charged Cylinder. Deduction

of Coulomb's Law. Career Guidance

4 Week 3 Mechanical Force on a Charged Conductor. Electric Potential. Potential due to the

Charged Spherical Conductor. Electric Field Strength from the electric Dipole and

Infinite line of Charge. Potential of a uniformly charged circular disk – Problems. Assignment

July - 26

1 Week 3

Atomic view of dielectric. PE of dipole in electric field. Polarization. Charge Density.

2 Week 3

Needle shaped cavity and disc shaped cavity-problems.

Student Seminar

3 Week 3

4 Week 3

Assignment

Aug - 21

1 Week 3

circuit & Magnetic shell.

Magnetic induction B-and field H-permeability and susceptibility.-

Assignment

2 Week 3

3 Week 3

Hall effect - Cyclotron, Sychrocyclotron and Synchrotron ,

Force on a current carrying conductor

4 Week 3

wire, circular current loop and Solenoid - Problems.

Student Seminar

Sept - 23

1 Week 3

2 Week 3

inductance - Coefficient of coupling

3 Week 3

Calculation of self inductance of a long solenoid and troid - Energy stored in

magnetic field

Group Discussion

4 Week 3

Principle of Transformer, construction, working, energy losses & efficiency

problems

Assignment

Oct- 26

1 Week 3

Revision - Doubts clarification

2 Week Dusssera Vacation

3 Week CAT-II

Nov- 10 1 Week

2 Week

Department :Physics Paper : IIIB Class: III B.Sc Semester:VI

Month & No.of

Working Days Week

No.of Periods

Nov - 13 3 Week 02

Growth and decay of current in LR,CR circuits and LCR circuits

4 Week 03 Critical damping. Alternating Current, Relation between V and I In pure R , C and L Career guidance

Dec - 22

1 Week 03 Vector diagrams , Power in ac circuits, L C R Series& parallel resonant circuit, Band width

2 Week 03 Q factor , AC&DC motors-single phase, three phase(basics only).Power factor –wattless current.

3 Week 03 Basic laws of Electricity and Magnetism, Displacement current, Maxwell’s equations in differential form Assignment

4 Week 03 Maxwell’s Wave Equation, Plane e m waves, Transverse nature of em waves ,Poynting Theorem.

Jan - 19

1 Week 03 Production of em waves, Formation of electron energy bands in solids Group discussion

2 Week 03 Band theory of solids, and classification of solids in terms of forbidden energy gaps.

3 Week 03 Intrinsic& extrinsic Semi conductors, Fermi level, Continuity equation, PN junction diode Quiz

4 Week 03 Zener diode characterstics& its applications as voltage regulator Half wave and full wave rectifiers and

filters

Feb - 21

parameters Students seminar

2 Week 03 Determination from transistor characteristics, Transistor as an amplifier, Concept of Feedback,

3 Week 03 Barkhausen condition, RC Coupled amplifier, Phase shift oscillator (qualitative), Binary number system,

converting binary to decimal & vice versa. Quiz

4 Week 03 Binary addition & subtraction. Hexa-decimal number system. Conversion from binary to hexadecimal –

vice versa & Decimal to Hexadecimal-vice versa.

Mar - 22

1 Week 03 Logic gates using discrete components, Universal gates, Truth tables, Exclusive OR gate,

2 Week 03 Half and full Adders, Parallel Adder circuits, Flip Flops, RS Flip Flop. Demorgan’s theorems proof

problems Career guidance

4 Week

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