Lesson Plan for Session 2017-18 - sajaincollege.org · 26.02.18 Numericals of Unit - II 27.02.18 ion of Kinetic theory of gases, pressur of an ideal 28.02.18 University Vacation-I

Lesson Plan for Session 2017-18

Name of the Teacher: Dr. A.C. Katoch, Associate Professor in Physics

Class and Section: B.Sc. I (IInd

Sem.)

Subject: Properties of Matter and Kinetic Theory of Gases (Paper-III (PH-201))

Week Date Topic/s to be covered

1

01.01.18 Rotation of rigid body

02.01.18 Moment of inertial, Torque, angular momentum

03.01.18 Kinetic Energy of rotation. Theorem of perpendicular and parallel axes (with

proof)

2

08.01.18 Moment of inertia of solid sphere, hollow sphere

09.01.18 Moment of inertia of spherical shell, solid cylinder

10.01.18 Moment of inertia of hollow cylinder and solid bar of rectangular cross–

section, Fly wheel

3

15.01.17 Moment of inertia of an irregular body

16.01.18 Acceleration of a body rolling down on an inclined plane

17.01.18 Numericals of Unit - I

4

22.01.18 Holiday (Basant Panchami)

23.01.18 Test of Unit - I

24.01.18 Holiday (Sir Chhotu Ram Jayanti)

5

29.01.17 Elasticity, Stress and Strain, Hook’s law

30.01.18 Elastic constant and their relations

31.01.18 Holiday (Guru Ravidas Jayanti)

6

05.02.18 Poisson’s ratio

06.02.18 Torsion of cylinder and twisting couple

07.02.18 Determination of coefficient of modulus of rigidity for the material of wire

by Maxwell’s needle

7

12.02.18 Bending of beam (Bending moment and its magnitude)

13.02.18 Holiday (Mahashivratri)

14.02.18 Cantilever and Centrally loaded beam

8 19.02.18

Determination of Young’s modulus for the material of the beam and Elastic

constants for the material of the wire by Searle’s method

20.02.18 Determination of Young’s modulus for the material of the beam and Elastic


21.02.18 Determination of Young’s modulus for the material of the beam and Elastic


9

26.02.18 Numericals of Unit - II

27.02.18 Assumption of Kinetic theory of gases, pressure of an ideal gas

28.02.18 University Vacation-I

10

5.03.18 Pressure of an ideal gas (with derivation)

6.03.18 Kinetic interpretation of Temperature

7.03.18 Ideal Gas equation

11

12.03.18 Degree of freedom, Law of equipartition of energy

13.03.18 Application of law of equipartition of energy for specific heat of gases

14.03.18 Law of equipartition of energy and its application for Real gases

12

19.03.18 Vander wall’s equation

20.03.18 Brownian motion( Qualitative)

21.03.18 Numericals of Unit - III

13

26.03.18 Maxwell’s distribution of speed

27.03.18 Maxwell’s distribution of velocities

28.03.18 Experimental verification of Maxwell’s law of speed distribution

14

2.04.18 Most probable speed, average and r.m.s. speed

3.04.18 Most probable speed, average and r.m.s. speed

4.04.18 Mean free path

15

9.04.18 Transport of energy and momentum

10.04.18 Diffusion of gases

11.04.18 Numericals of Unit - IV

16

16.04.18 Queries of Students and Revision of Unit-I

17.04.18 Queries of Students and Revision of Unit-II

18.04.18 Holiday (Parshuram Jayanti)

17

23.04.18 Queries of Students and Revision of Unit-III

24.04.18 Queries of Students and Revision of Unit-IV

25.04.18 Assessment Test


Name of the Teacher: Dr. A.C. Katoch, Associate Professor in Physics

Class and Section: B.Sc. III (VIth

Sem.)

Subject: Atomic and Molecular Spectroscopy (Paper-XII (PH-602))


1

04.01.18 Introduction of early observations

05.01.18 Emission and absorption spectra, atomic spectra, wave number

06.01.18 spectrum of Hydrogen atom in Balmer series, Bohr atomic model(Bohr’s

postulates)

2

11.01.18

spectra of Hydrogen atom , explanation of spectral series in Hydrogen atom,

un-quantized states and continuous spectra, spectral series in absorption

spectra

12.01.18 effect of nuclear motion on line spectra (correction of finite nuclear mass)

13.01.18 variation in Rydberg constant due to finite mass, short comings of Bohr’s

theory

3

18.01.18 Wilson sommerfeld quantization rule, de-Broglie interpretation of Bohr

quantization law, Bohr’s corresponding principle

19.01.18 Sommerfeld’s extension of Bohr’s model, Sommerfeld relativistic correction

20.01.18 Short comings of Bohr-Sommerfeld theory, Vector atom model, space

quantization, electron spin

4

25.01.18 coupling of orbital and spin angular momentum

26.01.18 Holiday (Republic Day)

27.01.18 spectroscopic terms and their notation, quantum numbers associated with

vector atom model, transition probability and selection rules

5

01.02.18 Orbital magnetic dipole moment (Bohr magneton)


03.02.18 behavior of magnetic dipole in external magnetic field, Larmors’ precession

and theorem

6 08.02.18

Penetrating and Non-penetrating orbits, Penetrating orbits on the classical

model

09.02.18 Penetrating orbits on the classical model; Quantum defect

10.02.18 Holiday (Maharishi Dayanand Saraswati Jayanti)

7

15.02.18 spin orbit interaction energy of the single valance electron

16.02.18 spin orbit interaction for penetrating and non-penetrating orbits, quantum

mechanical relativity correction

17.02.18 Hydrogen fine spectra

8

22.02.18 Main features of Alkali Spectra and their theoretical interpretation, term

series and limits

23.02.18 Rydeburg-Ritze combination principle, Absorption spectra of Alkali atoms

24.02.18 observed doublet fine structure in the spectra of alkali metals

and its Interpretation

9

01.03.18

University Vacation-I 02.03.18

03.03.18

10

08.03.18 Intensity rules for doublets, comparison of Alkali spectra and Hydrogen

spectrum

09.03.18 Essential features of spectra of Alkaline-earth elements, Vector model for

two valance electron atom

10.03.18 application of spectra, Coupling Schemes: LS or Russell – Saunders

Coupling Scheme and JJ coupling scheme

11

15.03.18 Interaction energy in L-S coupling (sp, pd configuration)

16.03.18 Lande interval rule, Pauli principal and periodic classification of the

elements

17.03.18 Interaction energy in JJ Coupling (sp, pd configuration), equivalent and non-

equivalent electrons

12

22.03.18 Two valance electron system-spectral terms of non-equivalent and equivalent

electrons

23.03.18 Holiday (Shaheedi Diwas)

24.03.18 Hyperfine structure of spectral lines and its origin; isotope effect, nuclear

spin

13

29.03.18 Holiday (Mahavir Jayanti)

30.03.18 Zeeman Effect (normal and Anomalous),Experimental set-up for studying

Zeeman effect

31.03.18 Explanation of normal Zeeman effect(classical and quantum mechanical)

14

05.04.18 Explanation of anomalous Zeeman effect(Lande g-factor), Zeeman pattern of

D1 and D2 lines of Na atom

06.04.18 Paschen-Back effect of a single valence electron system

07.04.18 Weak field Stark effect of Hydrogen atom

15

12.04.18 General Considerations, Electronic States of Diatomic Molecules, Rotational

Spectra (Far IR and Microwave Region), Vibrational Spectra (IR Region)

13.04.18 Rotator Model of Diatomic Molecule

14.04.18 Holiday (Dr. Ambedkar Jayanti)

16

19.04.18 Raman Effect, Electronic Spectra



17





Name of the Teacher: Dr. A.K. Tomar, Assistant Professor in Physics

Class and Section: B.Sc. I (IInd

Sem.)

Subject: Semiconductor Devices (Paper-IV (PH-202))


1

04.01.18 Energy bands in solids

05.01.18 Energy bands in solids

06.01.18 Intrinsic and extrinsic semiconductors

2

11.01.18 carrier mobility and electrical resistivity of semiconductors

12.01.18 Hall effect

13.01.18 Hall effect

3

18.01.18 p-n junction

19.01.18 p-n junction diode and their characteristics

20.01.18 Zener and Avalanche breakdown, Zener diode

4

25.01.18 Zener diode as a voltage regulator. Light emitting diodes (LED)

26.01.18 Holiday (Republic Day)

27.01.18 Photoconduction in semiconductors, Photodiode

5

01.02.18 Solar Cell

02.02.18 p-n junction as a rectifier, half wave

03.02.18 full wave rectifiers

6

08.02.18 filters (series inductor)

09.02.18 shunt capacitance, L-section or choke Filter Circuit

10.02.18 Holiday (Maharishi Dayanand Saraswati Jayanti)

7

15.02.18 Π and R.C. filter circuits, Junction transistors

16.02.18 Working of NPN and PNP transistors, Three configurations of transistor (C-

B, C-E, C-C modes)

17.02.18 Common base characteristics of transistor

8


23.02.18 common emitter and common collector characteristics of transistor

24.02.18 Constants of a transistor and their relation

9

01.03.18

University Vacation-I 02.03.18

03.03.18

10

08.03.18 Advantages and disadvantages of C-E configuration

09.03.18 D.C. load line .Transistor biasing

10.03.18 various methods of transistor biasing and stabilization

11

15.03.18 various methods of transistor biasing and stabilization

16.03.18 Amplifiers, Classification of amplifiers

17.03.18 common base and common emitter amplifiers

12

22.03.18 coupling of amplifiers, various methods of coupling

23.03.18 Holiday (Shaheedi Diwas)

24.03.18 Resistance- Capacitance (RC) coupled amplifier

13

29.03.18 Holiday (Mahavir Jayanti)

30.03.18 Feedback in amplifiers, advantages of negative feedback

31.03.18 Test of Unit - III

14

05.04.18 Emitter follower, distortion in amplifiers

06.04.18 Oscillators, Principle of oscillation

07.04.18 classification of oscillators, Condition for self sustained oscillation

15

12.04.18 Barkhausen criterion for oscillation, Tuned collector common emitter

oscillator

13.04.18 Hartley oscillator

14.04.18 Holiday (Dr. Ambedkar Jayanti)

16

19.04.18 C.R.O. (Principle and Working)



17





Name of the Teacher: Dr. A.K. Tomar, Assistant Professor in Physics

Class and Section: B.Sc. III (VIth

Sem.)

Subject: Solid State & Nano Physics (Paper-XI (PH-601))


1

01.01.18 Introduction to Solid State Physics, Crystalline and Glassy Forms

02.01.18 liquid crystals

03.01.18 Crystal structure, periodicity, lattice and basis, crystal translational vectors

and axes, Unit cell and Primitive Cell, Winger Seitz primitive Cell

2

08.01.18 symmetry operations for a two dimensional crystal

09.01.18 Bravais lattices in two and three dimensions

10.01.18 Crystal planes and Miller indices

3



17.01.18 Crystal planes and Miller indices, Interplaner spacing

4


23.01.18 Simple Crystal Structures


5

29.01.17 Crystal structures of Sodium Chloride

30.01.18 Crystal structures of Zinc Sulphide and Diamond


6

05.02.18 Origin of X-Rays

06.02.18 Test of Unit-I

07.02.18 X-ray diffraction, Bragg's Law

7

12.02.18 experimental X-ray diffraction methods


14.02.18 K-space, reciprocal lattice and its Construction

8

19.02.18 Physical significance of reciprocal lattice

20.02.18 reciprocal lattice vectors

21.02.18 reciprocal lattice vectors Properties

9

26.02.18 reciprocal lattice to a simple cubic lattice

27.02.18 reciprocal lattice to a b.c.c. and f.c.c


10

5.03.18 Historical introduction, Survey of superconductivity

6.03.18 Super conducting systems

7.03.18 High Tc Super conductors, Isotopic Effect, Critical Magnetic Field

11

12.03.18 Meissner Effect, London Theory and Pippards’ equation

13.03.18 Classification of Superconductors (Type I and Type II)

14.03.18 BCS Theory of Superconductivity

12

19.03.18 Flux quantization

20.03.18 Josephson Effect (AC and DC)

21.03.18 Practical applications of superconductivity and their limitations, power

application of superconductors

13

26.03.18 Definition, Length scale, Importance of Nano-scale and technology

27.03.18 History of Nantechnology

28.03.18 Test of Unit-III

14

2.04.18 Benefits and challenges in molecular manufacturing

3.04.18 Molecular assembler concept

4.04.18 Understanding advanced capabilities. Vision and objective of Nano-

technology

15

9.04.18 Tools to Understand NanoTechnology

10.04.18 Important Nanomaterials

11.04.18 Nanotechnology in different field, Automobile, Electronics, Nano-

biotechnology, Materials, Medicine

16




17





Name of the Teacher: Mr. Rajat Gupta, Assistant Professor in Physics

Class and Section: B.Sc. II (IVth

Sem.)

Subject: Statistical Physics (Paper-VII (PH-401))


1

01.01.18 Microscopic and Macroscopic systems, events-mutually exclusive,

dependent and independent. Probability

02.01.18 statistical probability, A- priori Probability and relation between them,

probability theorems

03.01.18 some probability considerations

2

08.01.18 combinations possessing maximum probability, combination possessing

minimum probability

09.01.18 Tossing of 2 and 3 Coins

10.01.18 Tossing of any number of Coins

3

15.01.17 Permutations and combinations, distributions of N (for N= 2,3,4)

distinguishable particles in two boxes of equal size

16.01.18 distributions of N (for N= 2,3,4) indistinguishable particles in two boxes of

equal size

17.01.18 Micro and Macro states, Thermodynamical probability, Constraints and

Accessible states

4


23.01.18 Statistical fluctuations


5

29.01.17 general distribution of distinguishable particles in compartments of different

sizes

30.01.18 Condition of equilibrium between two systems in thermal contact—β

parameter


6

05.02.18 Entropy and Probability (Boltzman's relation)

06.02.18 Postulates of statistical physics

07.02.18 Phase space, Division of Phase space into cells

7



14.02.18 three kinds of statistics, basic approach in three statistics

8

19.02.18 M. B. statistics applied to an ideal gas in equilibrium- energy distribution law

20.02.18 energy distribution law (including evaluation of ơ and β )

21.02.18 speed distribution law & velocity distribution law

9

26.02.18 Expression for average speed, r.m.s. speed most probable energy & mean

energy for Maxwellian distribution.

27.02.18 Expression for average velocity, r. m. s. velocity


10

5.03.18 Expression for most probable energy & mean energy for Maxwellian

distribution.

6.03.18 Need for Quantum Statistics: Bose-Einstein energy distribution law

7.03.18 Application of B.E. statistics to Planck's radiation law B.E. gas

11

12.03.18 Degeneracy and B.E. Condensation

13.03.18 Fermi- Dirac energy distribution law

14.03.18 F.D. gas and Degeneracy

12

19.03.18 Fermi energy and Fermi temperature

20.03.18 Fermi Dirac energy distribution law for electron gas in metals

21.03.18 Zero point energy, Zero point pressure and average speed (at 0 K) of electron

gas

13

26.03.18 Specific heat anomaly of metals and its solution

27.03.18 M.B. distribution as a limiting case of B.E. and F.D. distributions,

Comparison of three statistics

28.03.18 Dulong and Petit law

14

2.04.18 Derivation of Dulong and Petit law from classical physics

3.04.18 Test Of Unit - III

4.04.18 Specific heat at low temperature

15 9.04.18 Einstein theory of specific heat

10.04.18 Criticism of Einstein theory, Debye model of specific heat of solids

11.04.18 Success and shortcomings of Debye theory, comparison of Einstein and

Debye theories

16




17




Documents

Lesson Plan for Session 2017-18 - sajaincollege.org · 26.02.18 Numericals of Unit - II 27.02.18 ion of Kinetic theory of gases, pressur of an ideal 28.02.18 University Vacation-I