Ch2 Potential Capacitance NCERT Board Theory One Shot скачать в хорошем качестве

Ch2 Potential Capacitance NCERT Board Theory One Shot

Ch2 Potential Capacitance NCERT Board Theory One Shot: Class 12 Physics – Chapter 2: Electrostatic Potential & Capacitance | NCERT Board Theory One Shot: Master Electrostatic Potential & Capacitance in just one powerful ONE SHOT lecture! This session covers the full NCERT theory with board-level explanations, derivations, diagrams, and all important concepts required for CBSE Board Exam 2025 and school assessments. What You Will Learn in This One Shot: ✔ Electrostatic Potential & Potential Difference ✔ Relation Between Electric Field & Potential ✔ Potential Due to:  • Point Charge  • Electric Dipole  • System of Charges ✔ Equipotential Surfaces ✔ Electrostatic Potential Energy ✔ Capacitance & Capacitors ✔ Parallel Plate Capacitor ✔ Effect of Dielectrics ✔ Combination of Capacitors (Series & Parallel) ✔ Energy Stored in Capacitors ✔ Important NCERT Derivations ✔ Board-Oriented Concepts + PYQs Keywords: Electrostatic potential class 12, Capacitance class 12, Electrostatic potential and capacitance NCERT, Class 12 physics chapter 2, Potential due to point charge class 12, Capacitors class 12 physics, Parallel plate capacitor class 12, Dielectrics in capacitor class 12, Energy stored in capacitor class 12, Electrostatic potential NCERT explanation, NCERT class 12 electrostatics, Class 12 physics one shot, Board exam physics 2025, Potential and capacitance derivations, NCERT theory class 12 physics Hashtags: #ElectrostaticPotential #Capacitance #Class12Physics #NCERTPhysics #Electrostatics #PhysicsOneShot #BoardExam2025 #NCERTClass12 #Capacitors #PhysicsLecture Timestamps: 00:00 Electrical potential derivation 02:33 To find the potential due to dipole at any point 05:20 To find the potential due to dipole at axial position 05:56 To find the potential due to dipole at equatorial position 06:20 Potential energy stored in a system or group of charges 09:37 Capacitance 10:03 Capacitance of isolated sphere 11:30 Parallel plate capacitor 13:20 Potential energy stored in capacitor 14:24 Common potential and energy loss 16:50 Capacitance of spherical capacitor 20:56 Capacitance after introducing conducting slab of lesser thickness inside the capacitor 22:30 Capacitance after introducing dielectric slab of lesser thickness inside the capacitor 24:03 Dielectrics 25:05 Polar and nonpolar dielectrics 26:42 Derive relation between 1 + X = K