Physics Department
About Physics Department
Physics has been a major subject in our B.Sc. program since the college opened in 2021. Our curriculum follows the NEP 2020 policy and choice-based credit system, giving students a complete education with many options in core subjects, electives, and skill-building courses. We plan to add postgraduate courses soon so students can specialize and research in different physics areas. Our department has all the needed lab equipment for B.Sc. students. We focus on giving students both hands-on experience and theoretical knowledge. Students can access about 400 physics textbooks and 250 reference books in the college library. We regularly hold academic and extra activities to help students learn about new technologies and share their creative ideas.
Beyond regular classes, the department offers sessions covering NPTEL’s MOOC materials to help students excel in Physics. Teachers also share their own video lessons/lecturer through online platforms like What’s up and YouTube.
Student can easily access E- Content through following link: –
| Working Mode of Op Amp | Click here |
| Basic of Op-Amp | Click here |
| Summing Non Inverting Op Amp | Click here |
| Scaling & Averaging Non-Inverting Op-Amp | Click here |
| Inverting Op-Amp as a Summing Amplifier | Click here |
| Scaling & Averaging Inverting Op-Amp | Click here |
| Feedback in Op-Amp | Click here |
| OP-Amp Virtual Short & Ground Concept | Click here |
| Differential Mode of Op-Amp | Click here |
| Inverting & Non-inverting Mode | Click here |
| Subtractor Op-Amp (A differential mode) | Click here |
| Magnetostatics: Point of inflexion of Circular Current loop | Click here |
| Magnetostatics: Magnetics field due to Circular Current loop | Click here |
| E&M Field on the axis of solenoid | Click here |
| E&M Biot Savart Law | Click here |
| E&M Long straight Conducting Wire | Click here |
| E&M Interaction Between Two long straight Conductor and definition of Ampere | Click here |
| E&M Coulomb Law & Electric Field | Click here |
| Gauss’s Law | Click here |
| Magnetostatics Force on a Current Carrying Wire in a Uniform Magnetic Field | Click here |
| Limitation of Guass Law | Click here |
| Helmholtz Coil | Click here |
| Lorentz E M Force | Click here |
| Electric field & Potential of a uniform Charge Sphere (Part-1) | Click here |
| Electric field & Potential of a uniform Charge Sphere (Part-2) | Click here |
| Electric field & Potential of a uniform Charge Sphere (Part-3) | Click here |
| Electric field & Potential of a uniform Charge Sphere (Part-4) | Click here |
| Electric field & Potential of a uniform Charge Sphere (Part-5) | Click here |
| Electric field & Potential of a uniform Charge Sphere (Part-6) | Click here |
| Electric field & Potential of a uniform Charge Sphere (Part-7) | Click here |
| Infinite Line Charges (Electric field & Potential; Part-1) | Click here |
| Infinite Line Charges (Electric field & Potential; Part-2) | Click here |
| Gauss law from Coulomb law & Coulomb law from Gauss law | Click here |
| Differential and Integral from of Gauss law | Click here |
| Electric Potential & Electric Potential Energy | Click here |
| Infinite plane sheet of charge | Click here |
| Ampere circuital law (Part – 1) | Click here |
| Ampere circuital law (Part – 2) | Click here |
| Electric field is negative gradient of potential | Click here |
| Conservative Nature of Electric field | Click here |
| Line Integration of Electric Field | Click here |