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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.
Quiz
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
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: VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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,
LED
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-
Flop
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
Signature of the Lecturer Signature of the HOD Signature of the Principal
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 : 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
Quitz
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.
Quitz
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
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
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
Student seminar
Mar - 24
1 Week 2 Doubts clarification Student seminar
Student seminar
2 Week - Cat2 examinations
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
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 : II A:OPTICS Class: II BSc Semester: III
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
Assignment Student Seminar
3 Week - Cat1 examinations
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.
Student Seminar Student Seminar
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
Signature of the Lecturer Signature of the HOD Signature of the Principal
3 Week 4 Lasers-Fiber optics and holography-introduction- Spontaneous and stimulated emission. Population inversion
Student Seminar Student Seminar
4 Week 2 Cat2 examinations- f iber materials - principles of fiber communication (qualitaftive treatment only) -
advantages of fiber optic communication.
Student Seminar Student Seminar
Oct- 19
1 Week 3 Holography: Basic principle of holography .Gabor hologram and its limitations-applications of holography.Doubts clarification
Student Seminar Student Seminar
2 Week 3
3 Week Semester-end Examinations
4 Week
Nov- 09 1 Week
Semester-end Examinations
2 Week
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 : I B Class: I B.SC Semester:II
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
Nov - 13
3 Week 04 SEMESTER END EXAMS
4 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,
Quiz
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
4 Week 04 SEMESTER END EXAMS
Signature of the Lecturer Signature of the HOD Signature of the Principal
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 : I A Class: I B.Sc Semester:I
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
load.
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,
3 Week Semester-end Examinations
4 Week
Nov- 09 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
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 :IIIA 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
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.
Quiz
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
4 Week Semester-end Examinations
Nov- 09 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
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 :IVB Class:IIIB.Sc. Semester:VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
bus.
Student seminar
3 Week 3 Microprocessors: 8085Microprocessor, its pin diagram,concept of Data bus and address
bus.
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
Quiz
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
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
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 :Electronic Instrumentation Class: III B.Sc Semester:VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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.
Quiz
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
Signature of the Lecturer Signature of the HOD Signature of the Principal
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 : II B:THERMODYNAMICS Class: II BSc Semester: IV
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
Quitz
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.
Quitz
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
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
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
Student Seminar
3 Week 4
Measurement of radiation--types pyrometer Disappearing filament optical pyrometer.experimental
determination. Angstrom pyreheliometer
Student Seminar
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
2 Week - Cat2 examinations
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department : PHYSICS Paper : 3B Class: III B.Sc., Semester: VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
2 Week 3 Properties of matter waves. Concept of wave and group velocities. Davisson-Germer experiment. Double
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
3 Week Semester-end Examinations
Quiz
4 Week
Nov- 11 1 Week
Semester-end Examinations
Student Seminar
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
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 - 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
Quitz
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
TO.
Assignment
Student seminar
4 Week 2 Cat1 examinations- Iterative statements (or) Loops :While,Do-While,For statements-
Break and ContinueStatement.
Quitz
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
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
Student seminar
4 Week - Cat2 examinations
Mar - 23
1 Week 3 Doubts clarification
2 Week 3
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department : physics Paper: II A:OPTICS Class: II BSc Semester: III
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 24
1 Week 4 Reviews of the topics studied in the previous classes Career guidance
2 Week 3 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.
Assignment Student Seminar
4 Week 5 Chromatic aberration – the achromatic doubletAchromatismfortwolenses(1)incontactand(2)separatedby adistance
Career guidance Student Seminar
July - 25
1 Week 4 Interference: principle of superposition-coherence-temperal coherence and spatial coherence-
conditions for interference of light. Assignment
Student Seminar
2 Week 3 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).
Quitz
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. 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
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
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
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
Student Seminar
4 Week 2 Dasara holidays- f iber materials - principles of fiber communication (qualitaftive treatment only) -
advantages of fiber optic communication.
Student Seminar
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
Student Seminar
3 Week Semester-end Examinations
4 Week
Nov- 11 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department :physics Paper : IIB:THERMODYNAMICS Class: II BSc Semester: IV
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
Nov - 14
3 Week 4 Kinetic theory of gases: Introduction - Deduction of Maxwell’s law of distribution of molecular speeds
Experimental verification -transport phenomina
4 Week 6 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
2 Week 3 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
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
1 Week 3 . Low temperature physics: Joule-Kelvin effect—liquefaction of gas using porous plug experiment
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
Quantum theory of radiation: Black body-- Fery’s black body-- distribution of energy in the spectrum of
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
determination. Angstrom pyreheliometer
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 -
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department : PHYSICS Paper : 3B Class: III Bsc., Semester:VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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,
LED
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-
Amp
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-
Flop
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
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department :Physics Paper : I B Class: I B.SC Semester:II
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
Nov - 14
3 Week 04 SEMESTER END EXAMS
4 Week 04 SEMESTER END EXAMS
Dec - 23
1 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Group Discursion
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,Lissajou’s figures and uses.
4 Week
CAT
Jan - 17
1 Week 04
Damped harmonic oscillator--solution of the differential equation of damped
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
4 Week 04 Longitudinal vibrations in Bars—wave equation and its general solution-
Feb - 22
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,
Transverse wave propagation along a stretched string, general solution of wave
equation and its significance
Assignment
3 Week 04
Modes of vibration of stretched string clamped at both ends, overtones, energy
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
Quiz
3 Week 04
Velocity of ultrasonics in liquids by Sear’s method – applications, DOUBTS
CLARIFCATION&PROBLEMS ON UNIT-1
4 Week 04 SEMESTER END EXAMS
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department :Physics Paper : I A Class: I B.Sc Semester: I
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 24
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, 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
4 Week 04 variation of mass with velocity, mass energy relation, Momentum and energy relation,
Addition of velocities, Concept of four vector formalism.
Oct- 22
1 Week CAT-2
2 Week
Semester-end Examinations
3 Week
4 Week
Nov- 11 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department :Physics Paper : IIIA Class:IIIB.Sc. Semester:V
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 24
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 - 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
Quiz
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
4 Week Dussera Vacation
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
3 Week Semester-end Examinations
4 Week
Nov- 11 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department :Physics Paper :IVB Class: IIIB.Sc. Semester:VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
2 Week 3 Microprocessors: 8085Microprocessor, its pin diagram,concept of Data bus and address
bus.
3 Week 3 8085 programming, instruction classification, stacks and its implementation,
Student seminar
4 Week 3 Hardware and software interrupts.
CAT-I
Jan - 17
1 Week 3
8051 microcontroller: Introduction , Block diagram . Assembly language
programming, program counter
Quiz
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.
2 Week Semester-end Examinations
3 Week Semester end- examination
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2017-18
Department :Physics Paper :Electronic Instrumentation Class: III B.Sc Semester: VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2016-17
Department : PHYSICS Paper : IV A Class: III BSC., Semester: V
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 26
1 Week 3 Review of the related topics studied in the previous classes.
Quiz
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--
potential barrier. problems
2 Week DASHRA HOLIDAYS
3 Week Semester-end Examinations
4 Week
Nov- 11 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2016-17
Department : PHYSICS Paper : IV B Class: III BSC., Semester: VI
Month & No.of
Working Days Week
No.of
Periods Per
week
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
Quiz
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
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2016-17
Department : physics Paper : IIA:OPTICS Class: II BSc Semester: III
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 26
1 Week 4 Reviews of the topics studied in the previous classes Career guidance Student Seminar
2 Week 3 Introduction to light.Different theories of light wawe propagation.Related definitions to
light Quitz Student Seminar
3 Week 4 Aberrations: Introduction - Monochromatic aberrations, spherical aberration, methods of minimizingspherical aberration - coma, astigmatism,curvature of the field,distortion.
Assignment Student Seminar
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
1 Week 4 Interference: principle of superposition-coherence-temperal coherence and spatial coherence-
conditions for interference of light.
Assignment
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).
Quitz
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.
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
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
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
Student Seminar
2 Week 3 Lasers-Fiber optics and holography-introduction- Spontaneous and stimulated emission. Population
inversion
Student Seminar
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
Student Seminar
4 Week 5 f iber materials - principles of fiber communication (qualitaftive treatment only) - advantages of fiber
optic communication.
Student Seminar
Student Seminar
Oct- 18
1 Week 4 Holography: Basic principle of holography .Gabor hologram and its limitations-applications of
holography.Doubts clarification
Student Seminar
Student Seminar
2 Week - Dashra holidays
3 Week Semester-end Examinations
4 Week
Nov- 11 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2016-17
Department :physics Paper : II B:THERMODYNAMICS Class: II BSc
Semester: IV
Month & No.of
Working Days Week
No.of
Periods Per
week
Topics to be covered Co-Curricular Activity
Nov - 14
3 Week 4 Kinetic theory of gases: Introduction - Deduction of Maxwell’s law of distribution of molecular speeds
Experimental verification -transport phenomina. Career guidance
Student Seminar
4 Week 6
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
Quitz
Student Seminar
Dec - 24
1 Week 4 Carnot’s theorem. Second law of thermodynamics, Kelvin’s and Claussius statements - -thermodynamic
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
1 Week 4 . Low temperature physics: Joule-Kelvin effect—liquefaction of gas using porous plug experiment
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
Student Seminar
2 Week 3 Measurement of radiation--types pyrometer Disappearing filament optical pyrometer.experimental
determination. Angstrom pyreheliometer
Student Seminar
Student Seminar
3 Week 3 determination of Solar constant—effective temperature of Sun. Doubt clarification and problem solving. Student Seminar
Student Seminar
4 Week 2 Cat2 examinations
Mar - 25
1 Week
2 Week
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2016-17
Department :Physics Paper : I B Class: I B.SC Semester:II
Month &No.of
Working Days Week
No.of
Periods Per
week
Topics to be covered Co-Curricular Activity
Nov - 14
3 Week 04 SEMESTER END EXAMS
4 Week 04 SEMESTER END EXAMS
Dec - 24
1 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Quiz
2 Week
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,Lissajou’s figures and uses.
4 Week CAT
Jan - 19
1 Week 04
Damped harmonic oscillator--solution of the differential equation of damped
oscillator, Energy considerations,Comparision with un damped H.O,logartimic
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
4 Week 04 Longitudinal vibrations in Bars—wave equation and its general solution-
Feb - 20
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,
Transverse wave propagation along a stretched string, general solution of wave
equation and its significance
Student Seminar
3 Week CAT
4 Week 04
Modes of vibration of stretched string clamped at both ends, overtones, energy
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
Velocity of ultrasonics in liquids by Sear’s method – applications, DOUBTS
CLARIFCATION&PROBLEMS ON UNIT-1
4 Week 04 SEMESTER END EXAMS
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2016-17
Department :Physics Paper : I A Class: I B.Sc Semester: I
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 26
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. Quiz
4 Week 04 Divergence & curl of a vector field and related problems, Vector integration. line
surface & volume integrals
July - 24
1 Week 04 Stokes, gauss &greens theorems. simple applications, 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, scattering cross section & Rutherford’s scattering.
3 Week 04 Def of rigid body, rotational kinematics, equation of motion for a rotating body,
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.
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 04 Equation of motion under Central forces. Gravitational potential and field and their
relation,
2 Week 04 Motion under inverse square law, derivation of Kepler’s laws. Satellite motion,
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
1 Week 04 variation of mass with velocity, mass energy relation, Momentum and energy relation,
Addition of velocities, Concept of four vector formalism,
2 Week
Semester-end Examinations
3 Week
4 Week
Nov- 11 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2016-17
Department: Physics Paper :IIIA 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 – 26
1 Week 3
Review of the related topics studied in the previous classes
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.-
quiz
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
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2016-17
Department :Physics Paper :IIIB Class: III B.Sc Semester:VI
Month & No.of
Working Days Week
No.of
Periods Per
week
Topics to be covered Co-Curricular Activity
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
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2015-16
Department : PHYSICS Paper : IV A Class: III BSC., 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 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
Quiz
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
Student Seminar
4 Week 3 isotope effect, thermodynamic properties, specific heat, entropy. Type I & Type II
superconductors.
Assignment
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
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2015-16
Department : PHYSICS Paper : IV B Class: IIIBSC., Semester: VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
2 Week 3 Gamow’s theory of α-decay Geiger Nuttal law from Gamow’s theory of α-decay.Beta ray
spectrum-nuetrino hypothesis.,
Student Seminar
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
4 Week 3 Introduction to nanoparticles, metal nanocrystals, semiconductor nanoparticles,
carbonclusters,
Field Work
Feb - 19 1 Week
carbon nanotubes, quantum nanostructures
nanodot, nanowire & quantum well. Fabrication of nanostructures. Types of bonding in
crystals--characteristics of crystals with different bandings
2 Week Lattice energy of ionic crystal Determination of Madelung constant for NACL crystal.
Calculation of Born coefficient & repulsive exponent--Born-Haber cycle.
Quiz
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
2 Week 3 Elements of BCS theory- cooper pairs. Applications, High temperature
superconductors(general information)
Quiz
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2015-16
Department : physics Paper : IIA:OPTICS Class: IIBSc Semester: III Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
3 Week 4 Diffraction: Introduction – Distinction between Fresnel and Fraunhoffer diffraction. Diffraction due to
single slit -- limit of resolution-- Fraunhoffer diffraction due to double slit
Student Seminar
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
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
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
Student Seminar
Oct- 19
1 Week 4 Holography: Basic principle of holography and its applications. Doubts clarification Student Seminar
Student Seminar
2 Week 3 Cat2 examinations
3 Week Semester-end Examinations
4 Week
Nov- 09 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2015-16
Department : physics Paper : II B:THERMODYNAMICS Class: IIBSc
Semester: IV
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
1 Week 4 Carnot’s theorem. Second law of thermodynamics, Kelvin’s and Claussius statements - -thermodynamic
scale of temperature-entropy, physical significance Quitz
Student Seminar
2 Week 3 Change in entropy in reversible and irreversible process Entropy and disorder. Entropy of universe-
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
4 Week 5 Claussius-Clapeyron’s equation. Derivations for ratio of two specific heats - Derivations for difference of
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
Quitz
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
Student Seminar
Feb - 19
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
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.
Measurement of radiation--types pyrometer
Student Seminar
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
1 Week 2 Cat2 examinations
2 Week -
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2015-16
Department :Physics Paper : I B Class: I B.SC Semester:II
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
Nov - 13
3 Week 04 SEMESTER END EXAMS
4 Week 04 SEMESTER END EXAMS
Dec - 24
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,Lissajou’s figures and uses.
4 Week 04
Damped harmonic oscillator--solution of the differential equation of damped
oscillator, Energy considerations,Comparision with un damped H.O,logartimic
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
4 Week 04 Longitudinal vibrations in Bars—wave equation and its general solution-
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
Transverse wave propagation along a stretched string, general solution of wave
equation and its significance
4 Week CAT
Mar - 23
1 Week 04
Modes of vibration of stretched string clamped at both ends, overtones, energy
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
Velocity of ultrasonics in liquids by Sear’s method – applications, DOUBTS
CLARIFCATION&PROBLEMS ON UNIT-1
4 Week 04 SEMESTER END EXAMS
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2015-16
Department :Physics Paper : I A Class: I B.Sc Semester: I
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 22
1 Week 04 Introduction to BRIDGE COURSE
2 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Career guidance
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
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. Student seminar
4 Week 04 Def of rigid body, rotational kinematics, equation of motion for a rotating body,
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
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, Assignment
3 Week 04 Motion under inverse square law, derivation of Kepler’s laws. Satellite motion,
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
3 Week Semester-end Examinations
4 Week
Nov- 09 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2015-16
Department :Physics Paper :IIIA 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
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 - 25
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.
Assignment
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.
Aug - 22 1 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.-
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
wire.
Assignment
4 Week CAT-I
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
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
1
Wttteek 3
Principle of Transformer, construction, working, energy losses & efficiency -
Problems.
Assignment
2 Week CAT-II
3 Week Dusssera Vacation
4 Week Semester-end Examinations
Nov- 09 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2015-16
Department :Physics Paper :IIIB Class: III B.Sc Semester:VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
1 Week 03 Vector diagrams , Power in ac circuits, L C R Series& parallel resonant circuit, Band width,
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
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2014-15
Department : PHYSICS Paper : IV A Class:III Bsc., Semester: V
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
3 Week 3 Somerfield’s elliptical orbits & relativistic correction. Stern-Gerald experiment Vector atom model and
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
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
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
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
3 Week 0 CAT-1
4 Week
Nov- 10 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2014-15
Department : PHYSICS Paper : IV B Class: IIIBSC., Semester:VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
4 Week 3 Gamow’s theory of α-decay Geiger Nuttal law from Gamow’s theory of α-decay.Beta ray
spectrum-nuetrino hypothesis.,
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
1 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
2 Week 3 Introduction to nanoparticles, metal nanocrystals, semiconductor nanoparticles,
carbonclusters, carbon nanotubes, quantum nanostructures
Assignment
nanodot, nanowire & quantum well. Fabrication of nanostructures. Types of bonding in
crystals--characteristics of crystals with different bandings
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
2 Week 3 Elements of BCS theory- cooper pairs. Applications, High temperature
superconductors(general information)
Student Seminar
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2014-15
Department :physics Paper : II A:OPTICS Class: II BSc Semester: III
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
3 Week 4 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
Assignment
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
Quitz
Student Seminar
Aug - 21
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 3 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
3 Week 3 Diffraction: Introduction – Distinction between Fresnel and Fraunhoffer diffraction. Diffraction due to
single slit -- limit of resolution-- Fraunhoffer diffraction due to double slit
Student Seminar
Student Seminar
4 Week 5
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.
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
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
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.
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.
Student Seminar
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
Student Seminar
Oct- 19
1 Week - Dashra holidays
2 Week 3 Cat2 examinatios
3 Week Semester-end Examinations
4 Week
Nov- 10 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2014-15
Department : physics Paper : II B:THERMODYNAMICS Class: II BSc Semester: IV
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
4 Week 5 Viscosity of gases - -thermal conductivity and diffusion of gases.Thermodynamics: Introduction -
reversible and irreversible processes. Carnot’s engine and its efficiency- Assignment
Student Seminar
Dec - 24
1 Week 4 Carnot’s theorem. Second law of thermodynamics, Kelvin’s and Claussius statements - -thermodynamic
scale of temperature-entropy, physical significance Quitz
Student Seminar
2 Week 3 Change in entropy in reversible and irreversible process Entropy and disorder. Entropy of universe-
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
4 Week 5 Claussius-Clapeyron’s equation. Derivations for ratio of two specific heats - Derivations for difference of
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
Student Seminar
2 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
Student Seminar
3 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.
Student Seminar
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
Student Seminar
Mar - 22
1 Week - Cat2 examinations
2 Week -
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2014-15
Department :Physics Paper : I B Class: I B.SC Semester:II
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
Nov - 13
3 Week 04 SEMESTER END EXAMS
4 Week 04 SEMESTER END EXAMS
Dec - 24
1 Week 04 REVIEW OF THE TOPICS STUDIED IN THE PREVIOUS CLASSES Quiz
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,Lissajou’s figures.
4 Week 04
Damped harmonic oscillator--solution of the differential equation of damped
oscillator, Energy considerations,
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
1 Week 04 Special cases (1) Bar fixed at both ends (2) Bar fixed at the midpoint
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
4 Week 04 SEMESTER END EXAMS
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2014-15
Department :Physics Paper : I A Class: I B.Sc Semester: I
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 24
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. 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
3 Week 04 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.
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
4 Week Semester-end Examinations
Nov- 10 1 Week
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2014-15
Department :Physics Paper : IIIA Class: IIIB.Sc.. Semester:V
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 24
1 Week 3
Review of the related topics studied in the previous classes
Career Guidance
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
Assignment
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.
4 Week 3 Potential of a uniformly charged circular disk – Problems. Atomic view of dielectric.
PE of dipole in electric field. Polarization - Charge Density.
Student seminar
July - 25
1 Week 3
. Gauss Law in dielectrics. Relation between D,E and P. Dielectric Constant and
susceptibility & relation between them.
2 Week 3
Boundary conditions at the dielectric surface. Electric fields in cavities of dielectric.
Needle shaped cavity and disc shaped cavity - Problems.
Assignment
3 Week 3
Capacity of concentric spheres. Cylindrical condenser, parallel plate capacitor with and
without dielectric. Electric energy stored in a charged condenser.
Student Seminar
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.
Aug - 21 1 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.-
Group Discussion
2 Week 2 Hall effect - Cyclotron, Sychrocyclotron and Synchrotron ,
Assignment
3 Week 2
Force on a current carrying conductor.
Force and Torque on current loop. Biot-Savart law - B due to long straight
wire.
4 Week 3 B due to circular current loop and Solenoid - Problems.
Student Seminar
Sept - 23
1 Week CAT-I
2 Week 3
Faradays laws - Lenz's Law - expression for induced emf - time varying
magnetic fields - Betatron
3 Week 3
Ballistic galvanometer - theory - Damping correction - Self and mutual
inductance .
Assignment
4 Week 3
Coefficient of coupling - Calculation of self inductance of a long solenoid and
toroid - Energy stored in magnetic field.
Quiz
Oct- 19
1 Week Dussera Vacation
2 Week 3
Principle of Transformer, construction, working, energy losses & efficiency -
Problems.
3 Week 3
Revision
4 Week CAT-II
Nov- 10 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2014-15
Department :Physics Paper :IIIB Class: III B.Sc Semester: VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
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 - 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
1 Week 03 Ripple factor(qualitative), PNP & NPN Transistors, Current components, CB,CE,CC configurations, H-
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
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2013-14
Department : PHYSICS Paper : IV A Class: III BSC., Semester: V
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
3 Week 3 Somerfield’s elliptical orbits & relativistic correction. Stern-Gerald experiment Vector atom model and
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
2 Week 3 Properties of matter waves. Concept of wave and group velocities. Davisson-Germer experiment. Double
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
Quiz
4 Week 3 Wave function properties & significance. Basic Postulates of quantum mechanics Operators, Eigen
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
Semester-end Examinations
4 Week
Nov- 10 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2013-14
Department :PHYSICS Paper : IV B Class: III BSC Semester: VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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.
Quiz
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
1 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
2 Week 0 PONGAL HOLIDAYS Guest Lecturer
3 Week 0 CAT-1
4 Week 3
nanodot, nanowire & quantum well. Fabrication of nanostructures. Types of bonding in
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
superconductors(general information)
Assignment
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2013-14
Department :physics Paper : II A:OPTICS Class: IIBSc Semester: III
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
3 Week 4 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
Student Seminar
Group discussion
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
Assignment
Student Seminar
Aug - 21
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
Student Seminar
Student Seminar
2 Week 2 Cat1 examinations, Student Seminar
Student Seminar
3 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
Student Seminar
Student Seminar
4 Week 5 Diffraction: Introduction – Distinction between Fresnel and Fraunhoffer diffraction. Diffraction due to
single slit -- limit of resolution-- Fraunhoffer diffraction due to double slit
Student Seminar
Student Seminar
Sept - 23 1 Week 4 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.
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.
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.
Student Seminar
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
2 Week - Dashra holidays
3 Week Semester-end Examinations
4 Week
Nov- 10 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2013-14
Department :physics Paper : IIB:THERMODYNAMICS Class: II BSc
Semester: IV
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
Quitz
4 Week 5 Viscosity of gases - -thermal conductivity and diffusion of gases.Thermodynamics: Introduction -
reversible and irreversible processes. Carnot’s engine and its efficiency-
Student Seminar
Assignment
Dec - 23
1 Week 4 Carnot’s theorem. Second law of thermodynamics, Kelvin’s and Claussius statements - -thermodynamic
scale of temperature-entropy, physical significance.
Student Seminar
Career guidance
2 Week 3 Change in entropy in reversible and irreversible process Entropy and disorder. Entropy of universe-
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
Quitz
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.
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
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
Student Seminar
2 Week 2 Cat2 examinations,
3 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
Student Seminar
4 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.
Student Seminar
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
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2013-14
Department :Physics Paper : I B Class: I B.SC Semester:II
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
Nov - 13
3 Week 04 SEMESTER END EXAMS
4 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,Lissajou’s figures.
4 Week 04
Damped harmonic oscillator--solution of the differential equation of damped
oscillator, Energy considerations,
Jan - 19
1 Week 04
Logartimic decrement, relaxation time, quality factor. Differ eqn of forced
oscillations and Solution
Quiz
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
4 Week 04 SEMESTER END EXAMS
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2013-14
Department :Physics Paper : I A Class: I B.Sc Semester: I
Month &No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
June - 10
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. Quiz
4 Week 04 Divergence & curl of a vector field and related problems, Vector integration. line
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
4 Week 04 Sign conventions, simple supported beam carrying a concentrated load at mid span,
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
Semester-end Examinations
Nov- 10 1 Week
2 Week
3 Week
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2013-14
Department :Physics Paper : 3A 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 - 10
3 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. 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.
Gauss Law in dielectrics. Relation between D,E and P. Dielectric Constant and
susceptibility & relation between them.
2 Week 3
Boundary conditions at the dielectric surface. Electric fields in cavities of dielectric.
Needle shaped cavity and disc shaped cavity-problems.
Student Seminar
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 - 21
1 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.-
Assignment
2 Week 3
CAT-I
3 Week 3
Hall effect - Cyclotron, Sychrocyclotron and Synchrotron ,
Force on a current carrying conductor
4 Week 3
Force and Torque on current loop. Biot-Savart law - B due to long straight
wire, circular current loop and Solenoid - Problems.
Student Seminar
Sept - 23
1 Week 3
Faradays laws - Lenz's Law - expression for induced emf - time varying
magnetic fields - Betatron
Quiz
2 Week 3
Ballistic galvanometer - theory - Damping correction - Self and mutual
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
4 Week Semester-end Examinations
Nov- 10 1 Week
Semester-end Examinations
2 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal
DANTULURI NARAYANA RAJU COLLEGE(AUTONOMOUS)
(A College with Potential for Excellence)
Bhimavaram, W.G.Dist, A.P
Teaching Plan for the Academic Year 2013-14
Department :Physics Paper : IIIB Class: III B.Sc Semester:VI
Month & No.of
Working Days Week
No.of Periods
Per week Topics to be covered Co-Curricular Activity
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
1 Week 03 Ripple factor(qualitative), PNP & NPN Transistors, Current components, CB,CE,CC configurations, H-
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
3 Week Semester-end Examinations
4 Week
Signature of the Lecturer Signature of the HOD Signature of the Principal