| S.NO. | COURSE | TOPIC NAME | FACULTY MEMBER NAME | UPLOADED ON(DATE) |
|---|
|
| 1 | B.Sc (3 Years) | Class 3: Kirchoff’s Law of Thermal Radiation | | |
| 2 | B.Sc (3 Years) | Part I. Heat and Thermodynamics, Topic: Discussion on Einstein’s Theory of Specific Heat | | |
| 3 | B.Sc (3 Years) | Part I. Heat and Thermodynamics, Topic: Joule Thomson Effect Theory | | |
| 4 | B.Sc (3 Years) | BSc Physics Hon Group A Paper 1 Theory of Relativity | | |
| 5 | B.Sc (3 Years) | BSc Physics Subsidiary Group A Paper 1 Maxwell’s… | | |
| 6 | B.Sc (3 Years) | BSc Physics Hon Part 1 Paper 1Group C Sound Ultrasonic or Supersonic | | |
| 7 | B.Sc (3 Years) | BSc Physics Subsidiary part 1 Paper 1 Group A Doppler Effect Non Relativistic Treatment Case 1 | | |
| 8 | B.Sc (3 Years) | BSc Physics Subsidiary Part 1 Paper 1 Group A Heat and Thermodynamics Maxwell’s First Law | | |
| 9 | B.Sc (3 Years) | BSc Physics Hon Part 1 Paper 1 Group C Differential Equation of Waves | | |
| 10 | B.Sc (3 Years) | BSc Physics Hon Part 1 Newtons Law of Motion I II III Law | | |
| 11 | B.Sc (3 Years) | BSc Physics Subsidiary Part 1 Paper 1Doppler Effect Non-Relativistic Treatment | | |
| 12 | B.Sc (3 Years) | Part I. Heat and Thermodynamics, Topic: Planck’s Law of Radiation | | |
| 13 | B.Sc (3 Years) | Part I. Heat and Thermodynamics, Topic: Liquefaction of Gases; Regenerative Cooling | | |
| 14 | B.Sc (3 Years) | Part I. Heat and Thermodynamics, Topic: Liquefaction of Hydrogen Gas | | |
| 15 | B.Sc (3 Years) | Part I. Heat and Thermodynamics, Topic: Liquefaction of He Gas | | |
| 16 | B.Sc (3 Years) | BSc Physics Hon Part 1 Kepler’s Law of Planetary Motion | | |
| 17 | B.Sc (3 Years) | BSc Physics Subsidiary part 1 Mass Energy Relation | | |
| 18 | B.Sc (3 Years) | BSc Physics Subsidiary Part 1 Kepler’s Law of planetary motion | | |
| 19 | B.Sc (3 Years) | BSc Physics Hon Part 1 Paper 1 Mass Energy Relation | | |
| 20 | B.Sc (3 Years) | Part I. Heat and Thermodynamics, Topic: Nuclear Demagnetisation | | |
| 21 | B.Sc (3 Years) | BSc Physics Hon Part1Paper2 GroupB Thermodynamics 2nd Law | | |
| 22 | B.Sc (3 Years) | BSc Physics Subsidiary Part 1 Paper 1 Thermodynamics 1st Law | | |
| 23 | B.Sc (3 Years) | Part I. Heat and Thermodynamics Topic: Adiabatic Demagnetisation | | |
| 24 | B.Sc (3 Years) | BSc Physics Hon Part 1 Thermodynamics 1st Law | | |
| 25 | B.Sc (3 Years) | Part I. Heat and Thermodynamics, Topic: Einstein’s Theory of Specific Heat | | |
| 26 | B.Sc (3 Years) | BSc Physics Subsidiary part 1paper 1 Galilean Transformation | | |
| 27 | B.Sc (3 Years) | BSc Physics Hon Part 1 Paper 1 Group B Mechanics & Properties of Matter Elasticity & Elasticity Constant | | |
| 28 | B.Sc (3 Years) | BSc Physics Subsidiary Part 1 Paper 1 Elastic & Electric Constant | | |
| 29 | B.Sc (3 Years) | BSc Physics Hon Part 1 Paper 1 Group A Galilean Transformation | | |
| 30 | B.Sc (3 Years) | BSc Physics Subsidiary part 1 Thermodynamics 2nd Law Statements i ii iii | | |
| 31 | B.Sc (3 Years) | BSc Physics Hon Part 1 Paper 2 Group B Thermodynamics Clausius Clapeyron Equation | | |
| 32 | B.Sc (3 Years) | BSc Physics Subsidiary Part 2 Paper 2 Production of Plane Polarised Light | | |
| 33 | B.Sc (3 Years) | BSc Physics Subsidiary Part 2 Paper 2 Production of Plane Polarised Light | | |
| 34 | B.Sc (3 Years) | BSc Physics Subsidiary Part 2 Paper 2 Group B Current Electricity AC & AC Circuits | | |
| 35 | B.Sc (3 Years) | BSc Physics Hon Part2 Paper3 Optics Fermats Principal | | |
| 36 | B.Sc (3 Years) | BSc Physics Subsidiary part 2 Group C | | |
| 37 | B.Sc (3 Years) | BSc Physics Hon Part2 Paper3 GroupB Electromagnetic Theory | | |
| 38 | B.Sc (3 Years) | BSc Physics Hon Part2 Paper3 Group A Optics L G Plate | | |
| 39 | B.Sc (3 Years) | BSc Physics Subsidiary Part 2 Paper 2 Electromagnetic Theory | | |
| 40 | B.Sc (3 Years) | BSc Physics Hon Part2 Paper3 Optics Ne Laser | | |
| 41 | B.Sc (3 Years) | BSc Physics Subsidiary part2 Optics He Ne Laser | | |
| 42 | B.Sc (3 Years) | BSc Physics Hon Part 2 Paper 3 Group A Production of Plane Polarised Light | | |
| 43 | B.Sc (3 Years) | BSc Physics Hon Part 3 Part vi Group A Plasma and Classical Electrodynamics | | |
| 44 | B.Sc (3 Years) | BSc Physics Hon Part 3 Paper 5 Group A Mathematical Physics Corvilinear Coordinates | | |
| 45 | B.Sc (3 Years) | BSc Physics Hon Part 3 Paper 5 Group A Mathematical Physics Cartesian | | |
| 46 | B.Sc (3 Years) | BSc Physics Hon Part 3 Paper 6 Element of ensemble theory | | |
| 47 | B.Sc (3 Years) | BSc Physics Hon Part3 Paper6 GroupA Plasma And Classical Electrodynamics | | |
| 48 | B.Sc (3 Years) | Newtons Law of Motion 1st Law (BSc Hon) | | |
| 49 | B.Sc (3 Years) | BSc Hon Physics ‘Newton’s Law of Motion’ 1st Law | | |
| 50 | B.Sc (3 Years) | BSc Physics Hon : Newtons Law Of Motion 3rd Law | | |
| 51 | B.Sc (3 Years) | BSc Physics Hon :’Newtons Law of Motion 3rd Law’ | | |
| 52 | B.Sc (3 Years) | Theory of Relativity BScHon Part-1 Paper-1Group-A | | |
| 53 | B.Sc (3 Years) | B.Sc. physics Hon Part:1 Second Law | | |
| 54 | B.Sc (3 Years) | BSc Physics Hon Part: 1 Paper: 1 Group:A Doppler Effect Case-i | | |
| 55 | B.Sc (3 Years) | BSc Physics Hon Part: 1 Paper: 1 Group:A Doppler Effect Case-i | | |
| 56 | B.Sc (3 Years) | BSc Hon Part:1 Paper-1 Group-A ‘Theory of Relativity’ | | |
| 57 | B.Sc (3 Years) | BSc Physics Hon Part:1 ‘Newton’s Second Law’ | | |
| 58 | B.Sc (3 Years) | BSc Part:1 Paper:1 Group:A ‘A Doppler Effect Case:i’ | | |
| 59 | B.Sc (3 Years) | BSc PhysicsHon Part-1Paper:1 ‘Inertia Frame of References’ | | |
| 60 | B.Sc (3 Years) | BSc Physics Hon Paper:1 ‘Non Enertia Frame of Reference’ | | |
| 61 | B.Sc (3 Years) | BSc hon Physics part:i paper:i ‘Sound: Differential Equation of waves’ | | |
| 62 | B.Sc (3 Years) | BSc Physics Hon Part:1 ‘Maxwell’s Relations 1st law of Thermodynamics | | |
| 63 | B.Sc (3 Years) | BSc Physics Hon Part:1 Paper: i ‘Maxwell’s Relations deduced use of 2nd law of Thermodynamics’ | | |
| 64 | B.Sc (3 Years) | BSc Physics part 1 ‘Kepler’s Law of planetary motion’ | | |
| 65 | B.Sc (3 Years) | BSc Physics Hon Part 1 paper 1 ‘Einstein’s Mass Energy Relation’ | | |
| 66 | B.Sc (3 Years) | BSc Physics Hon Part:1 Paper:2 ”Ultrsonic & Supersonic” | | |
| 67 | B.Sc (3 Years) | BSc Physics Hon Part1 Paper-ii ‘1st Law of Thermodynamics’ | | |
| 68 | B.Sc (3 Years) | BSc PhysicsHon. Part1 Paper:ii ‘2nd Law of Thermodynamics’ | | |
| 69 | B.Sc (3 Years) | BSc Physics Subsidiary part:1’Doppler Effect Case : i’ | | |
| 70 | B.Sc (3 Years) | BSc Subsidiary part:1 ‘Doppler Effect Case : ii’ | | |
| 71 | B.Sc (3 Years) | BSc Physics Subsidiary Part:1 ‘Inertia Frame of Reference’ | | |
| 72 | B.Sc (3 Years) | ‘BSc Physics Subsidiary part:i Non Enertia Frame of Reference’ | | |
| 73 | B.Sc (3 Years) | BSc part 1 Subsidiary ‘Einstein’s Mass Energy Relation | | |
| 74 | B.Sc (3 Years) | BSc Physics Hon Part:2 Paper: 2 ‘Heat and Thermodynamics 1st law’ | | |
| 75 | B.Sc (3 Years) | BSc Physics Hon Part:2 Paper:2 ‘Thermodynamics 2nd Law’ | | |
| 76 | B.Sc (3 Years) | Physics Hon. Part:2 Paper: 3 Group: B (Electromagnetic Theory) | | |
| 77 | B.Sc (3 Years) | BSc Hon Physics Part:2 Paper: 3 Optics: Fermats Principa | | |
| 78 | B.Sc (3 Years) | BSc Hon Physics Part:2 Paper: 3 Optics: Fermats Principa | | |
| 79 | B.Sc (3 Years) | BSc Physics HonPart:2 Paper:3 Group:B ‘Electromagnetic Theory’ | | |
| 80 | B.Sc (3 Years) | BSc Hon Physics Part:2 ‘Optics (Fermats Principal)’ | | |
| 81 | B.Sc (3 Years) | BSc Physics Hon. Part:2 paper:3 ‘Optics: L G Plate’ | | |
| 82 | B.Sc (3 Years) | BSc Physics Hon Part 2 Paper 3 ‘Optics : Fermats Principal’ | | |
| 83 | B.Sc (3 Years) | Physics Hon Part: 2 Paper :3 ‘Optics: Principal of Population Inverssion’ | | |
| 84 | B.Sc (3 Years) | BSc Physics Hon Part 2 Paper 3 ‘Optics: He Ne Laser’ | | |
| 85 | B.Sc (3 Years) | BSc Physics Hon. Part:2 Paper:3 Optics: ‘Ruby Laser’ | | |
| 86 | B.Sc (3 Years) | BSc Physics Hon Part:2 Paper:3 ‘Optics Working of He Ne Laser’ | | |
| 87 | B.Sc (3 Years) | BSc Physics Hon Part:2 Paper:4 Electrostatic: Scaler Potential in Electrostatics | | |
| 88 | B.Sc (3 Years) | BSc Physics Hon Part:2 Paper:4 Electrostatic: Scaler Potential in Electrostatics | | |
| 89 | B.Sc (3 Years) | | | |
| 90 | B.Sc (3 Years) | BSc Physics Hon Part:2 Paper:4 Electrostatic: Scaler Potential in Electrostatics | | |
| 91 | B.Sc (3 Years) | BSc Physics Hon part ii paper iv ‘Electrostatics Scaler potential in Electrostatics’ | | |
| 92 | B.Sc (3 Years) | BSc Physics Hon Part:2 Paper:4 ‘Electrostatics Scaler Potential in Electrostatic’ | | |
| 93 | B.Sc (3 Years) | ‘BSc Physics Subsidiary Part:2 Optics L G Plate’ | | |
| 94 | B.Sc (3 Years) | BSc part ii Sub. Fermats Principal | | |
| 95 | B.Sc (3 Years) | BSc Physics Hon Part:3 Paper:5 Mathematical Physics: ‘Corvilinear Coordinates | | |
| 96 | B.Sc (3 Years) | BSc Physics Hon Part:3 Paper:5 Mathematical Physics: ‘Corvilinear Coordinates | | |
| 97 | B.Sc (3 Years) | BSc Physics hon. part iii paper v ‘Mathematical Physics: Corvilinear Coordinates’ | | |
| 98 | B.Sc (3 Years) | BSc Physics Hon Part:3 Paper:5 ‘Mathematical Physics Corvilinear Coordinates’ | | |
| 99 | B.Sc (3 Years) | BSc Physics Hon Part:3 Paper:6 ‘Elements of Ensemble Theory’ | | |
| 100 | B.Sc (3 Years) | BSc Physics Hon Part:3 Paper:6 ‘Elements of Ensemble Theory’ | | |
| 101 | B.Sc (3 Years) | BSc Physics Hon Part:3 Paper:6 ‘Elements of Ensemble Theory’ | | |
| 102 | B.Sc (3 Years) | BSc Physics Hon. part:3 paper:6 ‘Statistical Physics: Probability Distribution | | |
| 103 | B.Sc (3 Years) | BSc Physics hon. Part:3 Paper:7 ‘Plasma & Classical Electrodynamics’ | | |
| 104 | B.Sc (3 Years) | 1) Special Theory of Relativity | | |
| 105 | B.Sc (3 Years) | 2) Thermodynamics- Clausius Inequality | | |
| 106 | B.Sc (3 Years) | 3) Thermodynamics- Entropy Change in Reversible Process | | |
| 107 | B.Sc (3 Years) | 4) Thermodynamics- Properties of Irreversible Process | | |
| 108 | B.Sc (3 Years) | 5) Thermodynamics- Thermodynamic Free Energies | | |
| 109 | B.Sc (3 Years) | Fourier series with assignment | | |
| 110 | B.Sc (3 Years) | 7) Thermodynamics – Principle of increase of entropy | | |
| 111 | B.Sc (3 Years) | 8) Thermodynamics First order phase transition | | |
| 112 | B.Sc (3 Years) | 9) Thermodynamics 2nd order phase transition | | |
| 113 | B.Sc (3 Years) | 10) Damped vibration | | |
| 114 | B.Sc (3 Years) | 11) Energy of a vibrating string | | |
| 115 | B.Sc (3 Years) | 12) Solution to Laplace Equation | | |
| 116 | B.Sc (3 Years) | 13) Image problem 2 | | |
| 117 | B.Sc (3 Years) | Principle of Virtual Work | | |
| 118 | B.Sc (3 Years) | Concept of virtual work | | |
| 119 | B.Sc (3 Years) | Static and dynamic equilibrium and generalized coordinate | | |
| 120 | B.Sc (3 Years) | Thermodynamics Black Body Radiation | | |
| 121 | B.Sc (3 Years) | Thermodynamics Stefan Boltzmann Law | | |
| 122 | B.Sc (3 Years) | Thermodynamics Planck’s Law of Thermodynamics | | |
| 123 | B.Sc (3 Years) | Thermodynamics Discussion on Debye’s Theory of Specific Heat | | |
| 124 | B.Sc (3 Years) | BSc Physics Hon Paper 1 Group A Theory of Relativity | | |
| 125 | B.Sc (3 Years) | BSc Physics Hon part i paper i GroupA Doppler Effect Case i | | |
| 126 | B.Sc (3 Years) | BScPhy Hon part i paper i Inertia frame of Reference | | |
| 127 | B.Sc (3 Years) | BSc Phy hon paper i Non Inertia frame of Reference | | |
| 128 | B.Sc (3 Years) | BSc Phy Hon Part1 Paper1 Sound: Differential equation of waves | | |
| 129 | B.Sc (3 Years) | BSc Physics Hon Part 1 Paper 1 Mass Energy Relation | | |
| 130 | B.Sc (3 Years) | BSc Physics Hon Part :1 Kepler’s Law of Planetary Motion | | |
| 131 | B.Sc (3 Years) | BSc Physics Hon Part 1 Paper 1 Rankins Method | | |
| 132 | B.Sc (3 Years) | BSc Phy hon.Part i Paper ii:Sound : Ultrasonic & Supersonic | | |
| 133 | B.Sc (3 Years) | BSc Phy H Part1 Paper ii 1st Law of Thermodynamics | | |
| 134 | B.Sc (3 Years) | BSc Physics Hon. Part:1 Papert:ii 2nd Law of Thermodynamics | | |
| 135 | B.Sc (3 Years) | BSc Subsidiary part i Doppler Effect.. case i | | |
| 136 | B.Sc (3 Years) | BSc Subsidiary part i Doppler Effect Case ii | | |
| 137 | B.Sc (3 Years) | BSc Physics Hon Part:1 Subsidiary Maxwell’s Relations 1st law of thermodynamics | | |
| 138 | B.Sc (3 Years) | BSc Physics Hon Part:1 Subsidiary Maxwell’s Relations deduced use of 2nd law of thermodynamics | | |
| 139 | B.Sc (3 Years) | BSc Part:1 Physics Subsidiary: Inertia frame of Reference | | |
| 140 | B.Sc (3 Years) | BSc Physics Part:1 Subsidiary: Non Inertia frame of Reference | | |
| 141 | B.Sc (3 Years) | BSc Physics Part 1 Subsidiary Paper1 Einstein’s Mass Energy Relation | | |
| 142 | B.Sc (3 Years) | BSc Part:1 Subsidiary Kepler’s law of planetary motion | | |
| 143 | B.Sc (3 Years) | ‘BSc Physic Subsidiary part 1 Rankins Method’ Group A | | |
| 144 | B.Sc (3 Years) | 1) Dia-Magnetism and Para-Magnetism | | |
| 145 | B.Sc (3 Years) | 2) Electromagnetic Boundary Conditions | | |
| 146 | B.Sc (3 Years) | 3) Introduction to Maxwell Equations and Poynting Theorem | | |
| 147 | B.Sc (3 Years) | 4) Maxwell Stress Tensor | | |
| 148 | B.Sc (3 Years) | 5) Plane Wave Solution of Maxwell’s Equations | | |
| 149 | B.Sc (3 Years) | 6) Optics | | |
| 150 | B.Sc (3 Years) | EM Reflection and Refraction at the interface of two dielectric medium | | |
| 151 | B.Sc (3 Years) | EM Scattering Cross Section | | |
| 152 | B.Sc (3 Years) | 9) Moving Coil Galvanometer | | |
| 153 | B.Sc (3 Years) | 10) Image problem 1 | | |
| 154 | B.Sc (3 Years) | 11) Separation of Variables | | |
| 155 | B.Sc (3 Years) | 12) Potential due to dipole | | |
| 156 | B.Sc (3 Years) | 13) Potential due to polarized object | | |
| 157 | B.Sc (3 Years) | 14) Fresnel Diffraction | | |
| 158 | B.Sc (3 Years) | 15) Scattering by bound electron | | |
| 159 | B.Sc (3 Years) | Optics Polarization of light 1 | | |
| 160 | B.Sc (3 Years) | Moving Coil Galvanometer | | |
| 161 | B.Sc (3 Years) | BSc Phy Hon Part 2 ENT: Maxwell’s Electromagnetic Field Equ. | | |
| 162 | B.Sc (3 Years) | BSc hon Physics Part:2 Optics Fermat’s Principale | | |
| 163 | B.Sc (3 Years) | BSc Physics Hon part ii Paper iii Group B Electro Magnetic Theory | | |
| 164 | B.Sc (3 Years) | BSc Physics Hon part ii Optics: Fermats Principal’ paper iii | | |
| 165 | B.Sc (3 Years) | BSc Phy hon Part 2 Paper iii Optics L G Plate | | |
| 166 | B.Sc (3 Years) | BSc Phy H Part ii P- iii Optics: LG Plate | | |
| 167 | B.Sc (3 Years) | BSc Physics Hon part :ii paper:3 Optics: He Ne Laser | | |
| 168 | B.Sc (3 Years) | BSc Physics Hon Part 2 Paper 3 Optics: Ruby Laser | | |
| 169 | B.Sc (3 Years) | BSc Physics Hon part ii paper iv Electrostatics Scaler potential in Electrostatics | | |
| 170 | B.Sc (3 Years) | BSc Physics Hon part ii Paper iv Electrostatics | | |
| 171 | B.Sc (3 Years) | BSc hon part ii paper ii Heat & Thermodynamics first law | | |
| 172 | B.Sc (3 Years) | BSc Physics HonPart ii Paper ii Thermodynamics 2nd law | | |
| 173 | B.Sc (3 Years) | BSc Physics Subsidiary part: 2 Optics :LG Plate | | |
| 174 | B.Sc (3 Years) | BSc Physics Part2 Subsidiary Optics Fermats Principle | | |
| 175 | B.Sc (3 Years) | BSc Phy Part2 Subsidiary Optics Fermats Principal | | |
| 176 | B.Sc (3 Years) | BSc Physics Part:2 Subsidiary Optics: He Ne Laser | | |
| 177 | B.Sc (3 Years) | BSc Physics Subsidiary Part 2 Ruby Laser | | |
| 178 | B.Sc (3 Years) | QM1: Postulates of Quantum Mechanics | | |
| 179 | B.Sc (3 Years) | QM Uncertainty Principle | | |
| 180 | B.Sc (3 Years) | QM3 Schrödinger equation and its meaning | | |
| 181 | B.Sc (3 Years) | QM 4 Time independent Schrödinger equation | | |
| 182 | B.Sc (3 Years) | QM 5 The infinite square well | | |
| 183 | B.Sc (3 Years) | QM 6 Particle in a Rectangular Potential Barrier. | | |
| 184 | B.Sc (3 Years) | QM 7 Particle in a Potential Barrier 2 | | |
| 185 | B.Sc (3 Years) | QM 8 Quantum Mechanical Tunneling | | |
| 186 | B.Sc (3 Years) | QM 9 Particle in a finite square well | | |
| 187 | B.Sc (3 Years) | QM 10 Free Particle | | |
| 188 | B.Sc (3 Years) | QM 11 Harmonic Oscillator 1 | | |
| 189 | B.Sc (3 Years) | QM 12 Harmonic Oscillator 2 | | |
| 190 | B.Sc (3 Years) | QM 13 Schrödinger equation in 3D Formulation | | |
| 191 | B.Sc (3 Years) | QM 14 Solution of Angular Equation | | |
| 192 | B.Sc (3 Years) | QM 15 Solution of Radial Equation | | |
| 193 | B.Sc (3 Years) | QM 16 Hydrogen Atom 1 | | |
| 194 | B.Sc (3 Years) | QM 17 Hydrogen Atom Ground State Wave Function | | |
| 195 | B.Sc (3 Years) | QM 18 Compatible observables and commutations | | |
| 196 | B.Sc (3 Years) | QM 19 Angular Momentum Commutation Relation | | |
| 197 | B.Sc (3 Years) | QM 20 Angular Momentum 2 | | |
| 198 | B.Sc (3 Years) | QM 21 Angular Momentum 21 | | |
| 199 | B.Sc (3 Years) | QM 22 Spin Angular Momentum 1 | | |
| 200 | B.Sc (3 Years) | QM 23 Spin Angular Momentum 2 | | |
| 201 | B.Sc (3 Years) | Solid State Physics 1 Crystals | | |
| 202 | B.Sc (3 Years) | SS2 Bragg Diffraction Law | | |
| 203 | B.Sc (3 Years) | SS3 Reciprocal Lattice Vector | | |
| 204 | B.Sc (3 Years) | SS4 Reciprocal lattice relation | | |
| 205 | B.Sc (3 Years) | SS5 Laue Condition | | |
| 206 | B.Sc (3 Years) | SS6 Alternative form of Laue Condition | | |
| 207 | B.Sc (3 Years) | SS8 Atomic Scattering Factor | | |
| 208 | B.Sc (3 Years) | SS9 Questions about X-ray crystallography | | |
| 209 | B.Sc (3 Years) | Amplitude of the scattered wave | | |
| 210 | B.Sc (3 Years) | Kronig Penny Model | | |
| 211 | B.Sc (3 Years) | BSc Physics hon. part iii paper v Mathematical Physics: Corvilinear Coordinates | | |
| 212 | B.Sc (3 Years) | BSc Physics Hon part iii paper v Mathematical Phy. | | |
| 213 | B.Sc (3 Years) | BSc Physics Hon. part iii paper vi Elements of ensemble theory | | |
| 214 | B.Sc (3 Years) | BSc Physics Hon Part iii Paper Vi Statistical Physics : Probability Distribution | | |
| 215 | B.Sc (3 Years) | BSc Hon Part iii Paper vii Plasma & Classical Electrodynamics | | |
| 216 | B.Sc (3 Years) | BSc Physics Hon Newton’s law of motion 1st law | | |
| 217 | B.Sc (3 Years) | BSc Physics Hon Newton’s 2nd law | | |
| 218 | B.Sc (3 Years) | BSc Physics Hon Newton’s law of motion 3rd Law | | |
