LESSON PLAN
Name of the Assistant Professor: Baljinder Singh
Subject :Physics
Class and Section/Group / Semester / PaperB.Sc. 1st(A) / 2nd / TheoryPH-202 Semiconductor Devices
B.Sc. 2nd(A) / 4th / TheoryPH-402 Wave and Optics II
B.Sc. 3rd (A) / 6th / TheoryPH-601 Solid State and Nano Physics
B.Sc. 1st (C) / Physics lab Practical
B.Sc. 1st (E) / Physics lab practical
B.Sc. 2nd (K) / Physics lab practical
B.Sc. 3rd (L) / Physics lab practical
Month: January 2018
Date / Class and Section / Topics01-01-2018 / B.Sc. 1st (A) / Unit I: Semiconductors
1.1 Energy bands in solids
B.Sc. 1st (C) / 8. Surface tension by Jeager’s Method.
02-01-2018 / B.Sc. 1st (A) / 1.2 Intrinsic and extrinsic semiconductors
B.Sc. 1st (C) / Students will perform the experiment (Jeager’s Method) in lab.
03-01-2018 / B.Sc. 1st (A) / 1.3 Carrier mobility
1.4 Electrical resistivity of semiconductors
B.Sc. 3rd (L) / 7. Diameter of a Lycopodium powder using corona rings
04-01-2018 / B.Sc. 2nd (A) / Unit-1: Polarization
1.1.1Polarization
1.1.2Polarization by reflection
B.Sc. 3rd (A) / Unit I: Crystal Structure I
1.1 Crystalline and glassy forms
1.2 Liquid crystals
B.Sc. 2nd (K) / 7. Comparison of Illuminating Powers by a Photometer.
05-01-2018 / B.Sc. 2nd (A) / 1.1.3 Polarization by refraction
1.1.4 Polarization by scattering
1.1.5 Malus Law,
B.Sc. 3rd (A) / 1.3 Crystal structure
1.4 Periodicity
1.5 Lattice and basis
B.Sc. 1st (E) / 8. Surface tension by Jeager’s Method.
06-01-2018 / B.Sc. 2nd (A) / 1.1.6 Phenomenon of double refraction
B.Sc. 3rd (A) / 1.6 Crystal translational vectors and axes.
B.Sc. 1st (E) / Students will perform the experiment (Jeager’s Method) in lab.
07-01-2018 / SUNDAY
08-01-2018 / B.Sc. 1st (A) / 1.5 Hall effect
B.Sc. 1st (C) / 9. Viscosity of water by its flow through a uniform capillary tube.
09-01-2018 / B.Sc. 1st (A) / 1.6 p-n junction diode and their characteristics
B.Sc. 1st (C) / Students will perform the experiment (Viscosity of water) in lab.
10-01-2018 / B.Sc. 1st (A) / 1.7 Zener and Avalanche breakdown
1.8Zener diode
1.9 Zener diode as a voltage regulator
B.Sc. 3rd (L) / Students will perform the experiment (corona rings) in lab.
11-01-2018 / B.Sc. 2nd (A) / 1.1.7 Huygen’swave theory of double refraction (Normal and oblique incidence) continue…
B.Sc. 3rd (A) / 1.7 Unit cell and Primitive Cell
1.8 Winger Seitz primitive Cell,
B.Sc. 2nd (K) / 8. Ordinary and extra ordinary refractive indices for calcite or quartz.
12-01-2018 / B.Sc. 2nd (A) / 1.1.7 Huygen's wave theory of double refraction (Normal and oblique incidence)
B.Sc. 3rd (A) / 1.9 Symmetry operations for a two dimensional crystal
B.Sc. 1st (E) / 9. Viscosity of water by its flow through a uniform capillary tube.
13-01-2018 / B.Sc. 2nd (A) / 1.1.8 Analysis of polarized Light
1.1.9 Nicol prism
B.Sc. 3rd (A) / 1.9 Bravais lattices in two and three dimensions.
B.Sc. 1st (E) / Students will perform the experiment (Viscosity of water) in lab.
14-01-2018 / SUNDAY
15-01-2018 / B.Sc. 1st (A) / 1.10 Light emitting diodes (LED)
1.11 Photoconduction in semiconductors,
B.Sc. 1st (C) / 10. Elastic constant by Searle’s method.
16-01-2018 / B.Sc. 1st (A) / 1.12 Photodiode
1.13 Solar Cell
B.Sc. 1st (C) / Students will perform the experiment (Searle’s method) in lab.
17-01-2018 / B.Sc. 1st (A) / 1.14 p-n junction as a rectifier
1.15 Half wave rectifier
B.Sc. 3rd (L) / 8. Study double slit interference by He-Ne laser
18-01-2018 / B.Sc. 2nd (A) / 1.1.10 Quarter wave plate and half wave plate
B.Sc. 3rd (A) / 1.10 Crystal planes
B.Sc. 2nd (K) / Students will perform the experiment (O and E-ray) in lab.
19-01-2018 / B.Sc. 2nd (A) / 1.1.11 Production and detection of (i) Plane polarized light (ii) Circularly polarized light and (iii) Elliptically polarized light.
B.Sc. 3rd (A) / 1.11 Miller indices
1.12 Interplaner spacing,
B.Sc. 1st (E) / 10. Elastic constant by Searle’s method.
20-01-2018 / B.Sc. 2nd (A) / 1.2.1 Optical activity
1.2.2 Fresnel's theory of optical rotation
1.2.3 Specific rotation
B.Sc. 3rd (A) / 1.13 Crystal structures of Zinc Sulphide
1.14Crystal structures of Sodium Chloride.
B.Sc. 1st (E) / Students will perform the experiment (Searle’s method) in lab.
21-01-2018 / SUNDAY
22-01-2018 / VASANT PANCHAMI
23-01-2018 / B.Sc. 1st (A) / 1.16 Full wave rectifiers (with derivation)
B.Sc. 1st (C) / 11. To study the characteristics of a solar cell.
24-01-2018 / SIR CHOTU RAM JAYANTI
25-01-2018 / B.Sc. 2nd (A) / 1.2.4 Polarimeters (half shade and Biquartz).
B.Sc. 3rd (A) / 1.15 Crystal structures of Diamond.
B.Sc. 2nd (K) / 9. Determination of wave length of Na light and the number of lines per centimeter using a diffraction grating.
26-01-2018 / REPUBLIC DAY
27-01-2018 / B.Sc. 2nd (A) / Unit-II: Fourier analysis
2.1 Fourier theorem and Fourier series,
2.1.1 Evaluation of Fourier coefficient
B.Sc. 3rd (A) / Unit II: Crystal Structure II
2.1 X-ray diffraction
2.2 Bragg's Law
B.Sc. 1st (E) / 11. To study the characteristics of a solar cell.
28-01-2018 / SUNDAY
29-01-2018 / B.Sc. 1st (A) / Filters (series inductor, shunt capacitance, L-section or choke filter circuits).
B.Sc. 1st (C) / Students will perform the experiment (solar cell) in lab.
30-01-2018 / B.Sc. 1st (A) / П and R.C. filter circuits.
B.Sc. 1st (C) / 12. Verification of inverse square law by photo-cell.
31-01-2018 / GURU RAVIDAS BIRTHDAY
SPECIMEN OF LESSON PLAN FORMAT
Name of the Assistant Professor: Baljinder Singh
Subject :Physics
Class and Section/Group / Semester / PaperB.Sc. 1st(A) / 2nd / Theory PH-202 Semiconductor Devices
B.Sc. 2nd(A) / 4th / Theory PH-402 Wave and Optics II
B.Sc. 3rd (A) / 6th / Theory PH-601 Solid State and Nano Physics
B.Sc. 1st (C) / Physics lab Practical
B.Sc. 1st (E) / Physics lab practical
B.Sc. 2nd (K) / Physics lab practical
B.Sc. 3rd (L) / Physics lab practical
Month:February 2018
Date / Class and Section / Topics01-02-2018 / B.Sc. 2nd (A) / 2.1.2Importance and limitations of Fourier theorem
2.2 Even and odd functions
B.Sc. 3rd (A) / 2.3 Experimental X-ray diffraction methods (continue…..)
B.Sc. 2nd (K) / Students will perform the experiment (diffraction grating) in lab.
02-02-2018 / B.Sc. 2nd (A) / 2.3 Fourier series of functions f(x) between (i) 0 to 2pi, (ii) –pi to pi, (iii) 0 to pi, (iv) –L to L.
2.4 Complex form of Fourier series.
B.Sc. 3rd (A) / 2.3 Experimental X-ray diffraction methods
B.Sc. 1st (E) / Students will perform the experiment (solar cell) in lab.
03-02-2018 / B.Sc. 2nd (A) / 2.5 Application of Fourier theorem for analysis of complex waves: 2.5.1 Solution of triangular
2.5.2 Rectangular waves
B.Sc. 3rd (A) / 2.4 K-space
2.5 Reciprocal lattice and its physical significance,
B.Sc. 1st (E) / 12. Verification of inverse square law by photo-cell.
04-02-2018 / SUNDAY
05-02-2018 / B.Sc. 1st (A) / Unit 2: Transistors
2.1 Bipolar Junction transistors
2.2 Working of NPN transistor
B.Sc. 1st (C) / Students will perform the experiment (inverse square law) in lab.
06-02-2018 / B.Sc. 1st (A) / 2.3 Working of PNP transistors
2.4 Three configurations of transistor (C-B, C-E, C-C modes),
B.Sc. 1st (C) / 13. Zener Diode voltage regulation characteristics.
07-02-2018 / B.Sc. 1st (A) / 2.5 Common base characteristics of transistor
2.6 Common emitter characteristics of transistor
B.Sc. 3rd (L) / 9. Determine the diameter of a wire using (He-Ne Laser) diffraction method
08-02-2018 / B.Sc. 2nd (A) / 2.5.3Half wave rectifier
2.5.4 Full wave rectifier outputs
B.Sc. 3rd (A) / 2.6 Reciprocal lattice vectors
2.6.1 Reciprocal lattice to a simple cubic lattice.
B.Sc. 2nd (K) / 10. Common emitter characteristics of a transistor
09-02-2018 / B.Sc. 2nd (A) / 2.6 Parseval identity for Fourier Series, Fourier integrals.
B.Sc. 3rd (A) / 2.6.2 Reciprocal lattice to a simple b.c.c.
2.6.3 Reciprocal lattice to a simple f.c.c.
B.Sc. 1st (E) / Students will perform the experiment (inverse square law) in lab.
10-02-2018 / MAHARSHI DAYANAND SARASWATI JAYANTI
11-02-2018 / SUNDAY
12-02-2018 / B.Sc. 1st (A) / 2.7 Common collector characteristics of transistor
B.Sc. 1st (C) / Students will perform the experiment (Zener Diode) in lab.
13-02-2018 / MAHA SHIVRATRI
14-02-2018 / B.Sc. 1st (A) / 2.8 Constants of a transistor and their relation
2.9 Advantages and disadvantages of C-E configuration.
B.Sc. 3rd (L) / Students will perform the experiment (diffraction method) in lab.
15-02-2018 / B.Sc. 2nd (A) / Assignment-1 and numerical problems of unit-I and unit-II
B.Sc. 3rd (A) / Assignment-1 and numerical problems of unit-I and unit-II
B.Sc. 2nd (K) / Students will perform the experiment (common emitter) in lab.
16-02-2018 / B.Sc. 2nd (A) / Unit III: Fourier transforms
3.1.1 Fourier transforms
B.Sc. 3rd (A) / Unit III: Super conductivity
3.1 Historical introduction
3.2 Survey of superconductivity
B.Sc. 1st (E) / 13. Zener Diode voltage regulation characteristics.
17-02-2018 / B.Sc. 2nd (A) / 3.1.2 Fourier transforms and its properties
B.Sc. 3rd (A) / 3.3 Super conducting systems
3.4 High Tc Super conductors
3.5 Isotopic Effect
B.Sc. 1st (E) / Students will perform the experiment (Zener Diode) in lab.
18-02-2018 / SUNDAY
19-02-2018 / B.Sc. 1st (A) / 2.10 D.C. load line.
2.11 Transistor biasing
2.12Various methods of transistor biasing and stabilization. Continue…
B.Sc. 1st (C) / 14. To draw forward and reverse bias characteristics of a semiconductor diode.
20-02-2018 / B.Sc. 1st (A) / 2.12 Various methods of transistor biasing and stabilization. Continue…
B.Sc. 1st (C) / Students will perform the experiment (semiconductor Diode) in lab.
21-02-2018 / B.Sc. 1st (A) / Assignment-1 and numerical problems of unit-I and unit-II
B.Sc. 3rd (L) / 10. Determine the resolving power of a prism
22-02-2018 / B.Sc. 2nd (A) / 3.1.3 Application of Fourier transform (i) for evaluation of integrals, (ii) for solution of ordinary differential equations
B.Sc. 3rd (A) / 3.6 Critical Magnetic Field
3.7 Meissner Effect,
B.Sc. 2nd (K) / 11. To study the ripple factor in a d.c. power supply
23-02-2018 / B.Sc. 2nd (A) / (iii) to the following functions: 1. f(x)= e-x2/2
2. f(x) = 1 |X|<a
= 0 |X |>a
B.Sc. 3rd (A) / 3.8 London Theory
B.Sc. 1st (E) / 14. To draw forward and reverse bias characteristics of a semiconductor diode.
24-02-2018 / B.Sc. 2nd (A) / 3.2 Geometrical Optics I
3.2.1 Matrix methods in paraxial optics
B.Sc. 3rd (A) / 3.9 Pippards’ equation
B.Sc. 1st (E) / Students will perform the experiment (semiconductor Diode) in lab.
25-02-2018 / SUNDAY
26-02-2018 / B.Sc. 1st (A) / Class test on numerical problems
B.Sc. 1st (C) / 15. High resistance by substitution method.
27-02-2018 / B.Sc. 1st (A) / Unit 3: Transistor Amplifiers
3.1 Amplifiers
3.2 Classification of amplifiers
B.Sc. 1st (C) / Students will perform the experiment (substitution method) in lab.
28-02-2018 / VACATION
SPECIMEN OF LESSON PLAN FORMAT
Name of the Assistant Professor: Baljinder Singh
Subject :Physics
Class and Section/Group / Semester / PaperB.Sc. 1st(A) / 2nd / Theory PH-202 Semiconductor Devices
B.Sc. 2nd(A) / 4th / Theory PH-402 Wave and Optics II
B.Sc. 3rd (A) / 6th / Theory PH-601 Solid State and Nano Physics
B.Sc. 1st (C) / Physics lab Practical
B.Sc. 1st (E) / Physics lab practical
B.Sc. 2nd (K) / Physics lab practical
B.Sc. 3rd (L) / Physics lab practical
Month:March 2018
Date / Class and Section / Topics01-03-2018 / GURU RAVIDAS BIRTHDAY
02-03-2018 / HOLI
03-03-2018 / VACATION
04-03-2018 / SUNDAY
05-03-2018 / B.Sc. 1st (A) / 3.3 Common base amplifiers
3.4 Common emitter amplifiers
B.Sc. 1st (C) / 16. Low resistance by Carey Foster’s bridge with calibration
06-03-2018 / B.Sc. 1st (A) / 3.5 Coupling of amplifiers
3.6 various methods of coupling,
B.Sc. 1st (C) / Students will perform the experiment (Carey Foster’s bridge) in lab.
07-03-2018 / B.Sc. 1st (A) / 3.6.1 Resistance- Capacitance (RC) coupled amplifier
3.6.1.1 Concept of band width,
B.Sc. 3rd (L) / Students will perform the experiment (resolving power) in lab.
08-03-2018 / B.Sc. 2nd (A) / 3.2.2 Effects of translation and translation matrix
B.Sc. 3rd (A) / 3.10Classification of Superconductors (type I and Type II),
B.Sc. 2nd (K) / Students will perform the experiment (ripple factor) in lab.
09-03-2018 / B.Sc. 2nd (A) / 3.2.3 Effects of refraction and refraction matrix
B.Sc. 3rd (A) / 3.11BCS Theory of Superconductivity
B.Sc. 1st (E) / 15. High resistance by substitution method.
10-03-2018 / B.Sc. 2nd (A) / 3.2.4 Derivation of thin lens and thick lens formulae
B.Sc. 3rd (A) / 3.12Flux quantization,
B.Sc. 1st (E) / Students will perform the experiment (substitution method) in lab.
11-03-2018 / SUNDAY
12-03-2018 / B.Sc. 1st (A) / 3.7 Feedback in amplifiers,
B.Sc. 1st (C) / Revision of experiments and viva-voce.
13-03-2018 / B.Sc. 1st (A) / 3.8 Advantages of negative feedback,
B.Sc. 1st (C) / Revision of experiments and viva-voce.
14-03-2018 / B.Sc. 1st (A) / 3.9 Emitter follower
3.10 Distortion in amplifiers.
B.Sc. 3rd (L) / 11. Thickness of a paper using interference fringes in an air wedge
15-03-2018 / B.Sc. 2nd (A) / 3.2.5 Unit plane
B.Sc. 3rd (A) / 3.13Josephson Effect (AC and DC),
B.Sc. 2nd (K) / 12. Study of Hartley oscillator
16-03-2018 / B.Sc. 2nd (A) / 3.2.6 Nodal planes
3.2.7 System of thin lenses.
B.Sc. 3rd (A) / 3.14Practical Applications of superconductivity and their limitations
3.15 Power application of superconductors.
B.Sc. 1st (E) / 16. Low resistance by Carey Foster’s bridge with calibration
17-03-2018 / B.Sc. 2nd (A) / Unit-IV: Geometrical Optics II
4.1.1 Aberration and its types
4.1.2 Chromatic aberrations
B.Sc. 3rd (A) / Unit IV: Introduction to Nano Physics
4.1 Definition
4.2 Length scale
4.3 Importance of Nano-scale and technology
4.4 History of Nanotechnology
B.Sc. 1st (E) / Students will perform the experiment (Carey Foster’s bridge) in lab.
18-03-2018 / SUNDAY
19-03-2018 / B.Sc. 1st (A) / Doubts and numerical problems of unit-III
B.Sc. 1st (C) / Revision of experiments and viva-voce.
20-03-2018 / B.Sc. 1st (A) / Unit 4: Oscillators
4.1 Oscillators
4.2 Principle of oscillation
4.3 Classification of oscillators,
B.Sc. 1st (C) / Revision of experiments and viva-voce.
21-03-2018 / B.Sc. 1st (A) / 4.4 Condition for self-sustained oscillation: Barkhausen criterion for oscillation
B.Sc. 3rd (L) / Students will perform the experiment (wedge shaped film) in lab.
22-03-2018 / B.Sc. 2nd (A) / 4.1.3 Methods of removal of Chromatic aberrations
B.Sc. 3rd (A) / 4.5 Benefits and challenges in molecular manufacturing
4.6 Molecular assembler concept,
B.Sc. 2nd (K) / 13. To find out the frequency of a tuning fork by Melde's experiment.
23-03-2018 / SHAHEEDI DIWAS OF BHAGAT SINGH, RAJGURU & SUKHDEV
24-03-2018 / B.Sc. 2nd (A) / 4.1.4 Spherical aberration
4.1.5 Comatic aberration and their remedies
B.Sc. 3rd (A) / 4.7 Understanding advanced capabilities.
4.8 Vision and objective of Nano-technology
B.Sc. 1st (E) / Revision of experiments and viva-voce.
25-03-2018 / SUNDAY/ RAM NAVMI
26-03-2018 / B.Sc. 1st (A) / 4.5 Tuned collector common emitter oscillator
B.Sc. 1st (C) / Revision of experiments and viva-voce.
27-03-2018 / B.Sc. 1st (A) / 4.6 Tuned collector common base oscillator
B.Sc. 1st (C) / Revision of experiments and viva-voce.
28-03-2018 / B.Sc. 1st (A) / 4.7 Hartley oscillator
B.Sc. 3rd (L) / 12. Determine the resolving power of a transmission grating
29-03-2018 / MAHAVIR JAYANTI
30-03-2018 / B.Sc. 2nd (A) / 4.1.6 Astigmatism aberration and
4.1.7 Distortion aberrations and their remedies.
B.Sc. 3rd (A) / 4.9 Nanotechnology in field of Automobile
4.10 Nanotechnology in field of Electronics
B.Sc. 1st (E) / Revision of experiments and viva-voce.
31-03-2018 / B.Sc. 2nd (A) / 4.2 Fiber Optics
4.2.1 Optical fiber
B.Sc. 3rd (A) / 4.11 Nanotechnology in field of Nano-biotechnology
4.12 Nanotechnology in field of Materials
4.13 Nanotechnology in field of Medicine.
B.Sc. 1st (E) / Revision of experiments and viva-voce.
SPECIMEN OF LESSON PLAN FORMAT
Name of the Assistant Professor: Baljinder Singh
Subject :Physics
Class and Section/Group / Semester / PaperB.Sc. 1st(A) / 2nd / Theory PH-202 Semiconductor Devices
B.Sc. 2nd(A) / 4th / Theory PH-402 Wave and Optics II
B.Sc. 3rd (A) / 6th / Theory PH-601 Solid State and Nano Physics
B.Sc. 1st (C) / Physics lab Practical
B.Sc. 1st (E) / Physics lab practical
B.Sc. 2nd (K) / Physics lab practical
B.Sc. 3rd (L) / Physics lab practical
Month:April 2018
Date / Class and Section / Topics01-04-2018 / SUNDAY
02-04-2018 / B.Sc. 1st (A) / 4.8 Colpit oscillator
B.Sc. 1st (C) / Revision of experiments and viva-voce.
03-04-2018 / B.Sc. 1st (A) / 4.9 C.R.O. (Principle and Working). Continue….
B.Sc. 1st (C) / Revision of experiments and viva-voce.
04-04-2018 / B.Sc. 1st (A) / 4.9 C.R.O. (Principle and Working).
B.Sc. 3rd (L) / Students will perform the experiment (R.P of diffraction grating) in lab.
05-04-2018 / B.Sc. 2nd (A) / 4.2.2 Critical angle of propagation
4.2.3 Mode of Propagation
B.Sc. 3rd (A) / Revision of Unit-I and Unit-II
B.Sc. 2nd (K) / Revision of experiments and viva-voce.
06-04-2018 / B.Sc. 2nd (A) / 4.2.4 Acceptance angle
4.2.5 Fractional refractive index change
4.2.6 Numerical aperture
B.Sc. 3rd (A) / Revision of Unit-I and Unit-II
B.Sc. 1st (E) / Revision of experiments and viva-voce.
07-04-2018 / B.Sc. 2nd (A) / 4.2.7 Types of optics fiber
4.2.8 Normalized frequency
4.2.9 Pulse dispersion
B.Sc. 3rd (A) / Class Test of Unit-I and Unit-II
B.Sc. 1st (E) / Revision of experiments and viva-voce.
08-04-2018 / SUNDAY
09-04-2018 / B.Sc. 1st (A) / Class Discussion, problems and doubts of unit-IV
B.Sc. 1st (C) / Revision of experiments and viva-voce.
10-04-2018 / B.Sc. 1st (A) / Assignment-II
B.Sc. 1st (C) / Revision of experiments and viva-voce.
11-04-2018 / B.Sc. 1st (A) / Revision of Unit-I and Unit-II
B.Sc. 3rd (L) / Revision of experiments and viva-voce.
12-04-2018 / B.Sc. 2nd (A) / 4.2.10 Attenuation
4.2.11 Applications
4.2.12 Fiber optic Communication, Advantages.
B.Sc. 3rd (A) / Revision of Unit-III and Unit-IV
B.Sc. 2nd (K) / Revision of experiments and viva-voce.
13-04-2018 / B.Sc. 2nd (A) / Assignment-II and numerical problems of unit-III and unit-IV
B.Sc. 3rd (A) / Revision of Unit-III and Unit-IV
B.Sc. 1st (E) / Revision of experiments and viva-voce.
14-04-2018 / DR AMBEDKAR JAYANTI / VAISAKHI
15-04-2018 / SUNDAY
16-04-2018 / B.Sc. 1st (A) / Revision of Unit-I and Unit-II
B.Sc. 1st (C) / Revision of experiments and viva-voce.
17-04-2018 / B.Sc. 1st (A) / Class Test of Unit-I and Unit-II
B.Sc. 1st (C) / Revision of experiments and viva-voce.
18-04-2018 / PARASHURAMA JAYANTI
19-04-2018 / B.Sc. 2nd (A) / Revision of Unit-I and Unit-II
B.Sc. 3rd (A) / Class Test of Unit-III and Unit-IV
B.Sc. 2nd (K) / Revision of experiments and viva-voce.
20-04-2018 / B.Sc. 2nd (A) / Revision of Unit-I and Unit-II
B.Sc. 3rd (A) / Revision of Full Syllabus.
B.Sc. 1st (E) / Revision of experiments and viva-voce.
21-04-2018 / B.Sc. 2nd (A) / Revision of Unit-III and Unit-IV
B.Sc. 3rd (A) / Revision of Full Syllabus.
B.Sc. 1st (E) / Revision of experiments and viva-voce.
22-04-2018 / SUNDAY
23-04-2018 / B.Sc. 1st (A) / Revision of Unit-III and Unit-IV
B.Sc. 1st (C) / Revision of experiments and viva-voce.
24-04-2018 / B.Sc. 1st (A) / Revision of Unit-III and Unit-IV
B.Sc. 1st (C) / Revision of experiments and viva-voce.
25-04-2018 / B.Sc. 1st (A) / Class Test of Unit-III and Unit-IV
B.Sc. 3rd (L) / Revision of experiments and viva-voce.
26-04-2018 / B.Sc. 2nd (A) / Revision of Unit-III and Unit-IV
B.Sc. 3rd (A) / Revision of Full Syllabus.
B.Sc. 2nd (K) / Revision of experiments and viva-voce.
27-04-2018 / B.Sc. 2nd (A) / Class Test of Full Syllabus.
B.Sc. 3rd (A) / Revision of Full Syllabus.
B.Sc. 1st (E) / Revision of experiments and viva-voce.
28-04-2018 / B.Sc. 2nd (A) / Revision of Full Syllabus.
B.Sc. 3rd (A) / Revision of Full Syllabus.
B.Sc. 1st (E) / Revision of experiments and viva-voce.
29-04-2018 / SUNDAY
30-04-2018 / B.Sc. 1st (A) / Revision of Full Syllabus.
B.Sc. 1st (C) / Revision of experiments and viva-voce.
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