Hey Physics lovers, I am Jai and in this article I have brought BSc Physics notes for you, these notes are for first, second and third year students. Whether you are students of B.Sc pass course or students of Physics Honors, all can download these notes. Hope this will help you.
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| BSC Physics Notes Download |
About BSC Physics Notes
First of all let me tell you that these notes are for the students of B.Sc Physics studying in Lalit Narayan Mithila University, Darbhanga, Graduation Part 1, Part 2, Part 3. Although you are a student of any university in India, these notes will help you to a great extent. Whatever notes you will download from here are notes of any college of Mithila University.
Many students want to download the notes but they cannot find it or they do not know how to download, so I thought that all the colleges in our LNMU University have some notes uploaded on the website of all those colleges. Their direct links should be delivered to you so that you can get some help.
But I think you should make your own notes and you can take some help from these notes. This is for Physics, I will try to upload the list of other subjects soon.
Tell us how you felt about our effort. And we will try that you also get the PDF link of Physics book.
How to Download BSC Physics Notes
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Download Link BSC PHYSICS Notes
You can download the notes of any college, all have the same syllabus.
1. B.R.B College, Samastipur, Bihar, Notes
2. J.N College, Madhubani Notes
- Note : D-I means Part 1
- D-II Means Part 2
- D-III Means Part 3
- H- Means Honours Paper
- S- Means Subsidiary Paper
- H & S - Means Honours and subsidiary
| 1 | B.Sc. Physics Degree- I | Theory of Relativity | |
| 2 | Physics | Dr. Supriya Kumari, Dept. of Physics | Vector Analysis /Vector Analysis (Continued) |
| 3 | Physics | Dr. Supriya Kumari, Dept. of Physics | Electromagnetic Theory |
| 4 | Physics | Dr. Supriya Kumari, Dept. of Physics | Electro Magnetic theory |
| 5 | Physics | Dr. Supriya Kumari, Dept. of Physics | Kepler's Law |
| 6 | Physics (H&S) D-I | Dr. Supriya Kumari, Dept. of Physics | Flow of Liquids |
| 7 | Physics (H&S) D-I | Dr. Supriya Kumari, Dept. of Physics | Surface Tension |
| 8 | Physics (H) D-II | Dr. Supriya Kumari, Dept. of Physics | E M Theory |
| 9 | Physics (H) D-II | Dr. Supriya Kumari, Dept. of Physics | Reflection & Refraction of EM Wave |
| 10 | Physics (H&S) D-I | Dr. Supriya Kumari, Dept. of Physics | Vanderwaals Equation |
| 11 | Physics (H+S) D- I | Dr. Supriya Kumari, Dept. of Physics | Bonding of Beam and Cantilever / Bonding of Beam & Cantilever |
| 12 | Physics (H+S) D-I Paper II | Dr. Supriya Kumari, Dept. of Physics | Thermal Physics |
| 13 | Physics (H) D-II Paper III | Dr. Supriya Kumari, Dept. of Physics | Fresnel formula |
| 14 | Physics (H+S) D-I Paper II | Dr. Supriya Kumari, Dept. of Physics | Law of Equipartition of energy |
| 15 | Physics (H) D-II Paper III | Dr. Supriya Kumari, Dept. of Physics | Fresnel formula (Continued...) |
| 16 | Physics (S) D-I | Dr. Supriya Kumari, Dept. of Physics | Electronics Rectifier |
| 17 | Physics (H+S) D-I Paper II | Dr. Supriya Kumari, Dept. of Physics | Joule-Thomson Effect |
| 18 | Physics (H+S) D-I Paper II | Dr. Supriya Kumari, Dept. of Physics | Carnot's Engine and Carnot's Cycle |
| 19 | Physics (S) D-II | Dr. Supriya Kumari, Dept. of Physics | Mosley's Law |
| 20 | Physics (S) D-II | Dr. Supriya Kumari, Dept. of Physics | Einstein's Photoelectric Equation |
| 21 | Physics (S) D-I | Dr. Supriya Kumari, Dept. of Physics | Conduction of Heat |
| 22 | Physics (S) D-I | Dr. Supriya Kumari, Dept. of Physics | Conduction of Heat (Continued) |
| 23 | Physics (H+S) D-I | Dr. Supriya Kumari, Dept. of Physics | Kirchoff's Law |
| 24 | Physics (S+H) D-I Paper II | Dr. Supriya Kumari, Dept. of Physics | Stefan Boltzmann Law |
| 25 | Physics | Dr. Supriya Kumari, Dept. of Physics | B-H Curve |
| 26 | Physics | Dr. Supriya Kumari, Dept. of Physics | Scintillation Counter |
| 27 | Physics (S) D-II | Dr. Supriya Kumari, Dept. of Physics | Production & Properties of X-Ray |
| 28 | Physics (S) D-II | Dr. Supriya Kumari, Dept. of Physics | Anderson Bridge |
| 29 | D-1 (H&S) Paper-II | Dr.SupriyaKumari | Transport Phenomena |
| 30 | D-2 (H&S) Paper-IV | Dr.SupriyaKumari | Seebeck effect & Peltier effect |
| 31 | D-1 (H&S) Paper-II | Dr.SupriyaKumari | Transport Phenomena(Continued) |
| 32 | D-2 (H&S) Paper-IV | Dr.SupriyaKumari | Thomson Effect |
| 33 | D-2 (S) | Dr.SupriyaKumari | Braggs Law |
| 34 | D-1 (H&S) Paper-II | Dr.SupriyaKumari | Thermodynamic Scale of temperature |
| 35 | D-1 (H&S) Paper-II | Dr.SupriyaKumari | Reversible & Irreversible processes |
| 36 | D-1 (H&S) Paper-II | Dr.SupriyaKumari | First Law of Thermodynamics |
| 37 | D-1 (H&S) Paper-II | Dr.SupriyaKumari | Second Law of Thermodynamics |
| 38 | D-1 (H) Paper-II | Dr.SupriyaKumari | Electric Field & Potential |
| 39 | D-1 (H&S) Paper-II | Dr.SupriyaKumari | Entropy |
| 40 | D-1 (H&S) Paper-II | Dr.SupriyaKumari | Change of Entropy in a reversible cycle |
| 41 | D-1 (H) Paper-II | Dr.SupriyaKumari | Electric Field & Potential (Continued) |
| 42 | D-2 (S) | Dr.SupriyaKumari | Reactors or Atomic Pile |
| 43 | D-2 (H) Paper- IV | Dr.SupriyaKumari | Boolean Algebra |
| 44 | D-II (H) Paper- IV | Dr.SupriyaKumari | De Morgans Law |
| 45 | D- I (H) Paper-2 , D-II (S) | Dr.SupriyaKumari | Boundary Conditions at the interface of two dielectrics |
| 46 | D-II (H) Paper- IV | Dr.SupriyaKumari | Junction Field - Effect Transistor (JFET) |
| 47 | D- II (H) Paper-IV , D-I (S) | Dr.SupriyaKumari | Zener Diode |
| 48 | D- II (H) - Paper- IV & D- I (S) | Dr.SupriyaKumari | Light emitting Diode (LED) |
| 49 | D- I (S), D-II (H)- Paper-IV | Dr.SupriyaKumari | Photodiode |
| 50 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Bipolar Junction Transistor |
| 51 | D-II (H)- Paper-IV | Dr.SupriyaKumari | The p-n-p Transistor |
| 52 | D-II (H)- Paper-IV | Dr.SupriyaKumari | The n-p-n Transistor |
| 53 | D-II (H)- Paper-IV | Dr.SupriyaKumari | The Basic Circuit Configurations of A Transistor |
| 54 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Transistor As a Common-Emitter Amplifier(Common emitter Configuration) |
| 55 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Transistor As a Common-Base Amplifier |
| 56 | D-I (H), Paper-II | Dr.SupriyaKumari | Specific Heats of Gases |
| 57 | D-I (H), Paper-II | Dr.SupriyaKumari | Difference between two specific heats |
| 58 | D-I (H&S) , Paper- I | Dr.SupriyaKumari | Lorentz Transformation |
| 59 | D-I (H&S) , Paper- I | Dr.SupriyaKumari | Lorentz Transformation equations(Continued) |
| 60 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Mutual & Self Inductance |
| 61 | D-I (H&S) , Paper- I | Dr.SupriyaKumari | Integration of Vectors |
| 62 | D-I (H&S) , Paper- I | Dr.SupriyaKumari | Integration of Vectors(Continued) |
| 65 | D- I (H) Paper- I | Dr.SupriyaKumari | Gauss Theorem of divergence (Continued) |
| 68 | D-I (H) Paper-I | Dr.SupriyaKumari | Stoke Theorem |
| 69 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Growth & decay of current in L.C.R Circuit |
| 70 | D-I (H) Paper-I | Dr.SupriyaKumari | Vector Analysis |
| 71 | D-II (H) ,Paper-IV | Dr.SupriyaKumari | Growth & decay of current in L.C.R Circuit (Continued) |
| 72 | 10+2 Physics | Dr.SupriyaKumari | Electric field |
| 73 | D-I (H&S) , Paper- I | Dr.SupriyaKumari | Elasticity |
| 74 | 10+2 Physics | Dr.SupriyaKumari | Electrostatics: Electric field (Continued) |
| 75 | 10+2 Physics | Dr.SupriyaKumari | Elasticity (Continued) |
| 76 | D-I (H&S) , Paper- I | Dr.SupriyaKumari | Elasticity (Continued) |
| 77 | 10+2 Physics | Dr.SupriyaKumari | Electric dipole |
| 78 | D-I (H&S) , Paper- I | Dr.SupriyaKumari | Elasticity (Continued) |
| 79 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Growth & decay of current in L.C.R Circuit (Continued) |
| 80 | 10+2 Physics | Dr.SupriyaKumari | Electric dipole (Continued) |
| 81 | 10+2 Physics | Dr.SupriyaKumari | Torque on a Dipole |
| 82 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Growth & decay of current in L.C.R Circuit (Continued) |
| 83 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Growth & decay of current in L.C.R Circuit (Continued) |
| 84 | D-I (H&S) , Paper- I | Dr.SupriyaKumari | Waves & Oscillations |
| 86 | D-II (H)- Paper-IV | Dr.SupriyaKumari | A.C Circuits |
| 88 | D-I (H), Paper-II | Dr.SupriyaKumari | Maxwell Thermodynamical Relations |
| 89 | D-II (H)- Paper-IV | Dr.SupriyaKumari | A.C Circuits (Continued) |
| 90 | D-I(S) | Dr.SupriyaKumari | Torsion and Rigidity modulus |
| 91 | D-II (H)- Paper-IV | Dr.SupriyaKumari | A.C Circuits (Continued) |
| 92 | D-I (H), Paper-II | Dr.SupriyaKumari | Maxwell Thermodynamical Relations (Continued) |
| 93 | D-I(S) | Dr.SupriyaKumari | Torsion and Rigidity modulus (Continued) |
| 94 | D-III (H) , Paper-VII | Dr.SupriyaKumari | L-S & J-J Coupling |
| 95 | D-I (H), Paper-II | Dr.SupriyaKumari | Maxwell Thermodynamical Relations (Continued) |
| 96 | D-III (H) , Paper-VII | Dr.SupriyaKumari | L-S & J-J Coupling (Continued) |
| 97 | D-I (H), Paper-II | Dr.SupriyaKumari | Maxwell Thermodynamical Relations (Continued) |
| 98 | D-III (H) , Paper-VII | Dr.SupriyaKumari | L-S & J-J Coupling (Continued) |
| 99 | D-III (H) , Paper-VII | Dr.SupriyaKumari | L-S & J-J Coupling (Continued) |
| 100 | D-II(S) | Dr.SupriyaKumari | G.M Counter |
| 102 | D-II (H)- Paper-IV | Dr.SupriyaKumari | A.C Circuit : Reactance |
| 104 | D-II (H)- Paper-IV | Dr.SupriyaKumari | A.C Circuit containing Resistance & Capacitance |
| 105 | D-III (H) , Paper-VII | Dr.SupriyaKumari | Zeeman effect : vector atom model |
| 107 | D-III (H) , Paper-VII | Dr.SupriyaKumari | Zeeman effect : vector atom model (Continued) |
| 108 | D-II (H) ,Paper-IV | Dr.SupriyaKumari | A.C Circuit containing Resistance & Capacitance in series |
| 109 | D-II(S) | Dr.SupriyaKumari | G.M Counter (Continued) |
| 110 | D-III (H) , Paper-VII | Dr.SupriyaKumari | Zeeman effect : vector atom model (Continued) |
| 111 | D-II(S) | Dr.SupriyaKumari | G.M Counter (Continued) |
| 113 | D-I (H), Paper-II | Dr.SupriyaKumari | Wien Radiation Law |
| 114 | D-III (H) , Paper-VII | Dr.SupriyaKumari | Paschen- Back effect |
| 116 | D-III (H) , Paper-VII | Dr.SupriyaKumari | Paschen- Back effect (Continued) |
| 117 | D-II (H) ,Paper- III | Dr.SupriyaKumari | Resolving Power |
| 118 | D-III (H) , Paper-VII | Dr.SupriyaKumari | Paschen- Back effect (Continued) |
| 119 | D-I (H), Paper-II | Dr.SupriyaKumari | Wien Radiation Law (Continued) |
| 122 | D-II (H)- Paper-IV | Dr.SupriyaKumari | A.C circuit containing Inductance,Capacitance & Resistance |
| 123 | D-I (H), Paper-II | Dr.SupriyaKumari | Wien Radiation Law (Continued) |
| 124 | D-I (H), Paper-II | Dr.SupriyaKumari | Wien Radiation Law (Continued) |
| 125 | D-II (H)- Paper-IV | Dr.SupriyaKumari | A.C circuit containing Inductance,Capacitance & Resistance (Continued) |
| 126 | D-I (H), Paper-II | Dr.SupriyaKumari | Wien Radiation Law (Continued) |
| 128 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Power in an A. C circuit (Continued ) |
| 129 | D-I(S) | Dr.SupriyaKumari | Equation of a progressive wave |
| 130 | D-I(S) | Dr.SupriyaKumari | Equation of a progressive wave(Continued) |
| 132 | D-I(S) | Dr.SupriyaKumari | Equation of a Stationary wave |
| 134 | D-I (H), Paper-II | Dr.SupriyaKumari | Faraday Law of Electromagnetic Induction |
| 135 | D-I (H), Paper-II | Dr.SupriyaKumari | Faraday Law of Electromagnetic Induction and Lenz Law (Continued ) |
| 136 | D-I (H), Paper-II | Dr.SupriyaKumari | Energy stored in a Magnetic Field |
| 138 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Ballistic Galvanometer |
| 139 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Ballistic Galvanometer (Continued) |
| 140 | D-I (H), Paper-II | Dr.SupriyaKumari | Gauss Theorem |
| 143 | D-I (H), Paper-II | Dr.SupriyaKumari | Electric field due to a uniformly charged long straight wire |
| 144 | D-I (H), Paper-II | Dr.SupriyaKumari | Electric field due to a uniformly charged spherical shell |
| 145 | D-I (H), Paper-II | Dr.SupriyaKumari | Electric field due to a uniformly charged Solid cylinder |
| 147 | D-I (H), Paper-II | Dr.SupriyaKumari | Deduction of Coulomb law from Gauss law |
| 148 | D-I (H), Paper-II | Dr.SupriyaKumari | Biot-Savart law in vector form |
| 150 | D-II(S) | Dr.SupriyaKumari | Characteristics of Dimagnetic, Paramagnetic & Ferromagnetic substance |
| 152 | D-I (H), Paper-II | Dr.SupriyaKumari | Magnetic Induction Field, intensity of Magnetisation & Magnetising field |
| 154 | D-I(H),Paper-II | Dr.SupriyaKumari | Magnetic Susceptibility & Permeability |
| 155 | D-II(S) | Dr.SupriyaKumari | Characteristics of Dimagnetic, Paramagnetic & Ferromagnetic substance (Continued) |
| 156 | D-II(S) | Dr.SupriyaKumari | Curie-Point & Curie-Wiess Law |
| 158 | D-I (H), Paper-II | Dr.SupriyaKumari | Capacitance of a Parallel plate capacitor |
| 159 | D-I (H), Paper-II | Dr.SupriyaKumari | Capacitance of a Spherical Capacitor |
| 162 | D-I(H),Paper-II | Dr.SupriyaKumari | Capacitance of Cylindrical Capacitor |
| 165 | D-I (H), Paper-II | Dr.SupriyaKumari | Capacitance of a Cylindrical Capacitor(Continued) |
| 166 | D-II(H), Paper-IV | Dr.SupriyaKumari | Digital Electronics :- OR Gate |
| 167 | D-I (S) | Dr.SupriyaKumari | Electronics : p-n Junction diode |
| 168 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Digital Electronics : AND Gate |
| 170 | D-I(S) | Dr.SupriyaKumari | Electronics : p-n Junction diode(Continued) |
| 171 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Digital Electronics : NOT Gate |
| 172 | D-I (H), Paper-I | Dr.SupriyaKumari | Poiseuille equation |
| 173 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Digital Electronics : NAND Gate |
| 174 | D-I(H), Paper-I | Dr.SupriyaKumari | Poiseuille equation (Continued) |
| 175 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Junction Field-Effect Transistor(JFET) |
| 176 | D-I (H), Paper-I | Dr.SupriyaKumari | Streamline & Turbulent Velocity and Bernoulli Theorem |
| 177 | D-II (H)- Paper-IV | Dr.SupriyaKumari | Junction Field-Effect Transistor(JFET)... [Continued] |
| 178 | D-I (H), Paper-I | Dr.SupriyaKumari | Relativity |
| 179 | D-II (H)- Paper-IV | Dr.SupriyaKumari | De Morgan Theorem |
| 180 | D-I(H),Paper-II | Dr.SupriyaKumari | Stefan-Boltzmann Law |
| 181 | D-II(H), Paper-IV | Dr.SupriyaKumari | Boolean Algebra |
| 182 | D-I(H),Paper-II | Dr.SupriyaKumari | Stefan-Boltzmann Law (Continued) |
| 183 | D-II(H) | Dr.SupriyaKumari | Electronics : p-n Junction diode |
| 184 | D-II(H) | Dr.SupriyaKumari | Electronics : p-n Junction diode(Continued) |
| 185 | D-I(H),Paper-I | Dr.SupriyaKumari | Relativity |
| 186 | D-II(H), Paper-IV | Dr.SupriyaKumari | Ballistic Galvanometer |
| 187 | D-II(H), Paper-IV | Dr.SupriyaKumari | Ballistic Galvanometer |
| 188 | D-I(H),Paper-I | Dr.SupriyaKumari | Cantilever |
| 189 | D-I(H),Paper-I | Dr.SupriyaKumari | Cantilever (Continued) |
| 190 | D-II(H), Paper-IV | Dr.SupriyaKumari | Zener Diode |
| 191 | D-II(H), Paper-IV | Dr.SupriyaKumari | The p-n-p Transistor |
| 192 | D-I(H),Paper-II | Dr.SupriyaKumari | Second Law of Thermodynamics |
| 193 | D-II (H)- Paper-IV | Dr.SupriyaKumari | The p-n-p Transistor |
| 194 | D-II(H), Paper-IV | Dr.SupriyaKumari | Growth & decay of current in circuit containing L, C & R |
| 195 | D-II(H), Paper-IV | Dr.SupriyaKumari | Growth & decay of current in circuit containing L, C & R |
| 196 | D-II (H), Paper-IV | Dr.SupriyaKumari | Mutual and self Inductance. .pdf |
| 197 | D-I (H), Paper-II | Dr.SupriyaKumari | Specific Heats of Gases. .pdf |
| 198 | D-I (H), Paper-II. | Dr.SupriyaKumari | Transport Phenomena. pdf |
| 199 | D-II (H), Paper-IV | Dr.SupriyaKumari | Junction Field-Effect Transistor (JFET). .pdf |
| 200 | D-I (H), Paper-II. | Dr.SupriyaKumari | B.H Curve. pdf |
| 201 | D-II(H), Paper-IV | Dr.SupriyaKumari | Transistor As a Common-Emitter Amplifier. .pdf |
| 202 | D-I (H), Paper-II. | Dr.SupriyaKumari | Change of entropy in a reversible cycle. pdf |
| 203 | D-II (H), Paper-IV | Dr.SupriyaKumari | Mutual and self Inductance..pdf |
| 204 | D-II (H), Paper-IV | Dr.SupriyaKumari | Anderson Bridge. .pdf |
| 205 | D-I (H), Paper-II. | Dr.SupriyaKumari | Kirchoffs Law. |
| 206 | D-I (S) | Dr.SupriyaKumari | Free, Forced & Damped Vibrations. |
| 207 | D-II (H&S), Paper-IV. | Dr.SupriyaKumari | Seebeck effect & Peltier effect. |
| 208 | D-II (H&S), Paper-IV | Dr.SupriyaKumari | Thomson Effect. |
| 209 | D-I (H), Paper-II. | Dr.SupriyaKumari | Electric Field & Potential (Continued ). |
| 210 | D-II (H), Paper-IV. | Dr.SupriyaKumari | Transistor As a Common-Base Amplifier. |
| 211 | D-I (H), Paper -II. | Dr.SupriyaKumari | Adiabatic AND Isothermal Changes. |
| 212 | D-I(H), Paper-II. | Dr.SupriyaKumari | Capacitance of a Parallel Plate Capacitor. |
| 213 | D-I (H), Paper-II. | Dr.SupriyaKumari | Fouriers equation for heat conduction. |
| 214 | D-II (H), Paper-IV. | Dr.SupriyaKumari | Photodiode. |
| 215 | D-I(H), Paper-II. | Dr.SupriyaKumari | Capacitance of a Parallel Plate Capacitor. |
| 216 | D-II (H), Paper-IV. | Dr.SupriyaKumari | A. C Circuits. |
| 217 | D-I (S). | Dr.SupriyaKumari | Half wave rectifier. |
| 218 | D-I(H), Paper-II. | Dr.SupriyaKumari | Capacitance of a Spherical Capacitor. |
| 219 | D-I (H), Paper-I. | Dr.SupriyaKumari | Gauss Divergence Theorem. |
| 220 | D-I (S) | Dr.SupriyaKumari | Photodiode. |
| 221 | D-I (H), Paper-II.pdf | Dr.SupriyaKumari | Magnetism. |
| 222 | D-I(S). | Dr.SupriyaKumari | Full wave rectifier. |
| 223 | D-I (H) , Paper-II | Dr.SupriyaKumari | Conduction of Heat |
| 224 | DEG - I (SUB) | Dr.SupriyaKumari | Equation of a Progressive wave contd.... |
| 225 | D-I (H) , Paper-II | Dr.SupriyaKumari | Kirchhoffs Law. |
| 226 | D-I (S) | Dr.SupriyaKumari | Equation of a Progressive wave(Continued) |
| 227 | D-I (H) , Paper-II | Dr.SupriyaKumari | Electric Field & Potential. |
| 228 | DEG - I (SUB) | Dr.SupriyaKumari | Equation of a Stationary wave. |
| 229 | D-I (H) , Paper-II | Dr.SupriyaKumari | Transport Phenomena |
| 230 | DEG - I (SUB) | Dr.SupriyaKumari | Second law of thermodynamics. |
| 231 | DEG - I (H) Paper - II | Dr.SupriyaKumari | Transport of momentum.(Viscosity of gases) |
| 232 | D-I (H) , Paper-II | Dr.SupriyaKumari | Carnots cycle. |
| 233 | D-I (S) | Dr.SupriyaKumari | Electronics : LED |
| 234 | D-I (H) , Paper-II | Dr.SupriyaKumari | Carnots cycle (Continued) |
| 235 | DEG - I (SUB) | Dr.SupriyaKumari | Number System. |
| 236 | D-I (S) | Dr.SupriyaKumari | Cantilever |
| 237 | D-I (H) , Paper- I | Dr.SupriyaKumari | Gradient of a scalar field |
| 238 | D-I (H) , Paper-I | Dr.SupriyaKumari | Divergence of a vector field. |
| 239 | D-I (H) , Paper-I | Dr.SupriyaKumari | Variation of mass of a particle with its velocity. |
| 240 | D-I (H),Paper-II | Dr.SupriyaKumari | Faradays Law of Electromagnetic Induction |
| 241 | D-I (S) | Dr.SupriyaKumari | Zener diode |
| 242 | D-I (H), Paper-I | Dr.SupriyaKumari | Lorentz Transformation equations. |
| 243 | D-I (H) , Paper-I | Dr.SupriyaKumari | Lorentz Transformation equations. (Continued) |
| 244 | D-I (H), Paper-I. | Dr.SupriyaKumari | Twisting Couple on a Cylinder. |
| 245 | Degree1 Physics Hons Paper 1 | Dr.SupriyaKumari | Bending of Beams |
| 246 | D-I (H) , Paper-II | Dr.SupriyaKumari | Conduction of Heat |
| 247 | D-II (H) , Paper-IV | Dr.SupriyaKumari | Mutual & Self Inductance |
| 248 | D-I (H) , Paper-II | Dr.SupriyaKumari | Conduction of Heat (Continued) |
| 249 | D-III (H), Paper-VII | Dr.SupriyaKumari | Zeeman effect vector atom model |
| 250 | 11th | Dr.SupriyaKumari | Gravitation |
| 251 | D-II (H) , Paper-IV | Dr.SupriyaKumari | Growth and decay of current in circuit containing L,C & R. |
| 252 | D-I (H) , Paper-II | Dr.SupriyaKumari | Faraday law of Electromagnetic Induction. |
| 253 | D-III (H), Paper-VII | Dr.SupriyaKumari | Zeeman effect (Continued) |
| 254 | D-II (H) , Paper-IV | Dr.SupriyaKumari | Growth and decay of current in circuit containing L, C & R. (Continued) |
| 255 | D-II (H) , Paper-IV | Dr.SupriyaKumari | Junction Field-Effect Transistor (JFET) |
| 256 | D-I (H) , Paper-II | Dr.SupriyaKumari | Wien Radiation Law |
| 257 | Degree 2 Hons | Dr.SupriyaKumari | W R L |
| 258 | Degree 2 Hons | Dr.SupriyaKumari | J F E T |
| 259 | D-III (H), Paper-VI | Dr.SupriyaKumari | Nuclear Physics |
| 260 | D-II (H) , Paper-III | Dr.SupriyaKumari | Cardinal points of an Optical System |
| 261 | Sub D-III (H),Paper-VI | Dr.SupriyaKumari | Nuclear Physics(Continued) |
| 262 | Sub class- D-I (H&S),Paper-II | Dr.SupriyaKumari | Thermodynamics (Second Law) |
| 263 | D-III (H), Paper-VI | Dr.SupriyaKumari | Nuclear Physics(Continued) |
| 264 | D-II (H) , Paper-IV | Dr.SupriyaKumari | Growth and decay of current in circuit containing L, C & R. (Continued) |
| 265 | D-III (H), Paper-VI | Dr.SupriyaKumari | Cosmic Ray showers |
| 266 | D-II (H) , Paper-IV | Dr.SupriyaKumari | The p-n-p Transistor |
| 267 | D-III (H), Paper-VI | Dr.SupriyaKumari | Cosmic Ray showers (Continued) |
| 268 | D-II (H) , Paper-IV | Dr.SupriyaKumari | The n-p-n Transistor. |
| 269 | D-III (H), Paper-VI | Dr.SupriyaKumari | Cosmic Ray Showers(Continued) |
| 270 | D-II (H),PAPER VI | Dr.SupriyaKumari | Transistor As a Common-Emitter Amplifier. (Common emitter configuration) |
| 271 | D-II(H), Paper-IV | Dr.SupriyaKumari | Transistor as A Common-Base Amplifier |
| 272 | D-I(H),Paper-II | Dr.SupriyaKumari | Boundary Conditions at the interface of two dielectrics |
| 273 | D-III(H), Paper-VI | Dr.SupriyaKumari | Primary and Secondary Cosmic Rays. |
| 274 | D-III (H), Paper-VI | Dr.SupriyaKumari | Primary & Secondary Cosmic Rays(Continued) |
| 275 | D-I (H) , Paper-II | Dr.SupriyaKumari | B-H Curve |
| 276 | D-III(H), Paper-VI | Dr.SupriyaKumari | Latitude effect |
| 277 | D-III (H), Paper-VI | Dr.SupriyaKumari | Altitude Effect |
| 278 | D-I (H), Paper-II | Dr.SupriyaKumari | Gauss Theorem |
| 279 | D-III (H), Paper-VI | Dr.SupriyaKumari | Cyclotron |
| 280 | D-III (H), Paper-VI | Dr.SupriyaKumari | Cyclotron (Continued) |
| 281 | D-II (H), Paper-IV | Dr.SupriyaKumari | Seebeck Effect |
| 282 | D-III (H), Paper-VI | Dr.SupriyaKumari | Cyclotron (Continued) |
| 283 | D-II (H), Paper-IV | Dr.SupriyaKumari | Peltier Effect |
| 284 | D-II (H), Paper-IV | Dr.SupriyaKumari | Thomson Effect |
| 285 | D-III (H), Paper-V | Dr.SupriyaKumari | Black Body Radiation |
| 286 | D-II (S) | Dr.SupriyaKumari | Production & Properties of X-rays |
| 287 | D-III (H), Paper-V | Dr.SupriyaKumari | Quantum Theory |
| 288 | D-III (H), Paper-VI | Dr.SupriyaKumari | Soft & Hard Cosmic Rays |
| 289 | D-III (H), Paper-VI | Dr.SupriyaKumari | BETATRON |
| 290 | D-II (S) | Dr.SupriyaKumari | Curie point & Curie Wiess Law |
| 291 | D-III (H), Paper-VI | Dr.SupriyaKumari | BETATRON (Continued) |
| 292 | D-II (H), Paper-IV | Dr.SupriyaKumari | Varactor Diode |
| 293 | D-III (H), Paper-VI | Dr.SupriyaKumari | BETATRON (Continued) |
| 294 | D-II (S) | Dr.SupriyaKumari | Photo-electric Cells |
| 295 | D-III (H), Paper-VI | Dr.SupriyaKumari | Nuclear Detectors |
| 296 | D-III (H), Paper-VI | Dr.SupriyaKumari | Nuclear Detectors (Continued) |
| 297 | D-II (S) | Dr.SupriyaKumari | Photo voltaic cell |
| 298 | D-III (H), Paper-V | Dr.SupriyaKumari | Scattering of X-rays |
| 299 | D-III (H), Paper-V | Dr.SupriyaKumari | Compton effect |
| 300 | D-II (H), Paper-IV | Dr.SupriyaKumari | Hybrid Parameter |
| 301 | D-II (H), Paper-III | Dr.SupriyaKumari | Electromagnetic Theory |
| 302 | D-III (H), Paper-V | Dr.SupriyaKumari | Compton effect (Continued) |
| 303 | D-II (S) | Dr.SupriyaKumari | Photoconductive cell |
| 304 | D-III (H), Paper-V | Dr.SupriyaKumari | Compton effect (Continued) |
| 305 | D-III (H), Paper-V | Dr.SupriyaKumari | Photoelectric effect & Einstein Photoelectric equation |
| 306 | D-II (S) | Dr.SupriyaKumari | Production & Properties of X-rays |
| 307 | D-I (H), Paper-II | Dr.SupriyaKumari | Electric Intensity & Potential due to a dipole. |
| 308 | D-I (H), Paper-I | Dr.SupriyaKumari | Galilean Transformation equations |
| 309 | D-II (H), Paper-IV | Dr.SupriyaKumari | De Morgan Theorem |
| 310 | D-I (H), Paper-II | Dr.SupriyaKumari | Boundary conditions at the interface of two dielectrics |
| 311 | D-II (H), Paper-III | Dr.SupriyaKumari | Resolving Power |
| 312 | D-I (H), Paper-II | Dr.SupriyaKumari | Kirchhoffs Law |
| 313 | D-II (H), Paper-IV | Dr.SupriyaKumari | A. C Circuits |
| 314 | D-I (H), Paper-II | Dr.SupriyaKumari | Maxwells Thermodynamical relations |
| 315 | D-I (H), Paper-II | Dr.SupriyaKumari | Magnetic Induction & Magnetising field |
| 316 | D-II (S) | Dr.SupriyaKumari | Atomic Pile |
| 317 | D-II (H), Paper-IV | Dr.SupriyaKumari | Reactance in A.C circuit |
| 318 | D-I (H), Paper-II | Dr.SupriyaKumari | Thermodynamical Relations |
| 319 | D-II (H), Paper-III | Dr.SupriyaKumari | Fraunhofer diffraction due to a single slit |
| 321 | D-II (H), Paper-II | Sri Arshad Khan | E.M Theory |
| 322 | D-II (H), Paper-II | Dr.SupriyaKumari | E.M Theory |
| 323 | D-I (S) | Dr.SupriyaKumari | Free Forced & Damped Vibrations |
| 324 | D-II (H), Paper-III | Dr.SupriyaKumari | E.M Theory (Continued) |
| 326 | D-I (H), Paper-II | Dr.SupriyaKumari | Gauss Law |
| 327 | D-II (H), Paper-IV | Dr.SupriyaKumari | Resistance & Capacitance in A.C circuits |
| 328 | D-I (H), Paper-II | Dr.SupriyaKumari | Application of Gauss Theorem |
| 329 | D-II (H), Paper-IV | Dr.SupriyaKumari | Resistance & Capacitance in A.C circuits (Continued) |
| 330 | D-I (S) | Dr.SupriyaKumari | Stationary Waves |
| 331 | D-II (H), Paper-IV | Dr.SupriyaKumari | R. M. S value of an Alternating Current |
| 332 | D-I (H), Paper-I | Dr.SupriyaKumari | Galilean Transformation equations |
| 333 | D-II (S) | Dr.SupriyaKumari | Photoconductive cell |
| 335 | D-II (H), Paper-IV | Dr.SupriyaKumari | R. M. S value of an Alternating Current (Continued) |
| 337 | D-I (H), Paper-II | Dr.SupriyaKumari | Boundary Conditions |
| 338 | D-I (S) | Dr.SupriyaKumari | Progressive wave & its equation |
| 339 | D-II (H), Paper-IV | Dr.SupriyaKumari | Ballistic Galvanometer |
| 340 | D-II (H), Paper-IV | Dr.SupriyaKumari | Ballistic Galvanometer (Continued) |
| 341 | D-II (S) | Dr.SupriyaKumari | Photo voltaic cell |
| 342 | D-II (H), Paper-IV | Dr.SupriyaKumari | Special p-n junction diode |
| 344 | D-III (H), Paper-VI | Dr.SupriyaKumari | Accelerator : Cyclotron |
| 345 | D-II (H), Paper-IV | Dr.SupriyaKumari | Mutual & Self Inductance |
| 346 | D-III (H), Paper-VI | Dr.SupriyaKumari | Accelerator : Cyclotron (Continued) |
| 347 | D-I (H), Paper-II | Dr.SupriyaKumari | Thermal Conductivity |
| 348 | D-I (H), Paper-II | Dr.SupriyaKumari | Biot- Savart Law |
| 349 | D-III (H), Paper-VI | Dr.SupriyaKumari | Scattering of X-rays |
| 350 | D-III (H), Paper-VI | Dr.SupriyaKumari | Cosmic Rays |
| 351 | D-I(S) | Equation of a Progressive Wave (Continued) | |
| 352 | D-II (S) | Braggs Law |
Some more College Notes DOwnload links are :
| G.D College, Begusarai | Click Here to download Notes |
| Samastipur College, Samastipur | Click Here to DOWNLOAD Notes |
| J.M.D.P.L Mahila College, Madhubani | Click here to download Notes |
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