Grade 12 | 📝Lesson: Electric Charges And Fields | 📊 Lecture Videos
Syllabus : Electric charges, Conservation of charge, Coulomb's law-force between two- point charges, forces between multiple charges; superposition principle and continuous charge distribution. Electric field, electric field due to a point charge, electric field lines, electric dipole, electric field due to a dipole, torque on a dipole in uniform electric field. Electric flux, statement of Gauss's theorem and its applications to find field due to infinitely long straight wire, uniformly charged infinite plane sheet and uniformly charged thin spherical shell (field inside and outside).
An electric dipole consists of two opposite charges, each of magnitude 2×10−6 separated by a
Two point charges +10 μC and +20 μC are placed 20 cm apart in air. Find the position where net elect
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Electric Flux and Numericals | Gauss’s Law Applications | CBSE Class 12 Physics
Electric Field Due to a Charged Spherical Shell | Outside, On & Inside Shell | Gauss’s Law | 12
Electric Field Due to Thin Infinite Plane Sheet of Charge Application of Gauss’s Law Class 12
Gauss’s Law and Its Proof | CBSE Class 12 Physics | Electrostatics Chapter Explained
Electric Dipole in a Uniform Electric Field | CBSE Class 12 Physics | Torque on Dipole Explained
Electric Field Intensity Due to Infinitely long straight wire | Gauss’s Law | Class 12 Physics CBSE
Electric Field Due to an Electric Dipole (Equatorial Plane) | CBSE Class 12 Physics Lecture
Electric Dipole & Electric Field on Axial Line | Complete Concept & Derivation | Class 12 Physics |
Electric Field | Field Due to Point Charge & Multiple Charges | CBSE 12 Physics
Electric Charges, Conservation of Charge & Coulomb’s Law (2 Charges) | Full Explanation 12 Physics
Forces Between Multiple Charges | CBSE Class 12 Physics | Superposition Principle Explained
Superposition Principle & Continuous Charge Distribution Explained | Class 12 Physics |
An electric dipole consists of point charges 1·0 pC and + 1·0 pC located at (0, 0) and (3 mm, 4 mm)
Derive an expression for potential energy of an electric dipole p in an external uniform electric fi