RELATIVE PERMITTIVITY; ELECTROSTATICS; QUANTISATION OF CHARGE; TOTAL CHARGE ALWAYS CONSERVED/JEE-15;
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THIS VIDEO IS HELPFUL TO UNDERSTAND DEPTH KNOWLEDGE OF PHYSICS, CHEMISTRY, MATHEMATICS AND BIOLOGY STUDENTS WHO ARE STUDYING IN CLASS 11, CLASS 12, COLLEGE AND PREPARING FOR IIT JEE, NEET AND OTHER COMPETITIVE EXAMINATION.
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#What is Quantization of charge, #Electrostatics Revision in 15 Mins (important points and formulas)! Narendra Sir (IITB 2003 AIR 445), #Conservation of Charge | #Electric charge, #electric force, #and voltage | Physics | Khan Academy, Electric potential energy | Electrostatics | Electrical engineering | Khan Academy, #physicsmadeeasykota, #physicsmcqs, #jeemadeeasykota, #neetmadeeasykota, #cetmadeeasykota, #ndamadeeasykota, #cbsemadeeasykota, #jeeadvancemadeeasykota, #ELECTRICAL FORCE, #ELECTRICAL FIELD, #ELECTRICAL POTENTIAL, #STATIONARY CHARGE, #ELECTRON, #STATICS, #MASS, #ELECTRIC AND MAGNETIC INTERACTIONS, #PROPERTIES OF CHARGE, #DERIVED PHYSICAL QUANTITY, #COULOMB, #CHARGE IS SCALAR QUANTITY, #MASSIVE BODY, #ZERO REST MASS, #PHOTON, #NUETRINO, #ANTINUETRINO, #BODIES WITH MASSES AS ELECTRON - PROTON, #POSITIVS CHARGE, #NEGATIVE CHARGE, #CHANGE IN THE MASS DUE TO TRANSFER OF ELECTRON, #CHARGE IS TRANSFERABLE, #LIKE CHARGE REPEL EACH OTHER, #OPPOSITE CHARGE ATTRACT EACH OTHER, #ELECTRIFICATION, #REPULSION IS SURE TEST OF ELECTRIFICATION, #CONSERVATION OF CHARGE, #ISOLATED SYSTEM, #TOTAL CHARGE ALWAYS CONSERVED, #QUANTISATION OF CHARGE, #FRACTIONAL CHARGES NOT POSSIBLE, #CHARGE PRODUCED BY CONDUCTION - INDUCTION - FRICTION, #CHARGE MEASURED BY GOLD LEAF ELECTROSCOPE - BALLISTIC GALVANOMETER - VOLTMETER - ELECTROMETER, #COULOMB`S LAW, #ELECTROSTATICS FORCE, #DIRECTION OF FORCE ALONG LINE JOINING THE CENTER, #ELECTROSTATICS CONSTANT, #PERMITTIVITY OF FREE SPACE, #ABILITY OF MEDIUM, #PROPERTIES OF ELECTROSTATICS FORCE, #FORCE BETWEEN CHARGES MAXIMUM IN VACUUM, #ELECTROSTATICS FORCE IS A CONSERVATIVE FORCE - CENTER FORCE, #POLARITY OF CHARGE, #UNIT VECTOR, #NET FORCE ACTING BETWEEN A PAIR OF CHARGES IS ZERO, #RELATIVE PERMITTIVITY, #DIELECTRIC CONSTANT, #PERMITTIVITY OF MEDIUM, #RELATIVE PERMITTIVITY DIMENSIONLES QUANTITY, #SPEED OF LIGHT, #METTALIC PLATE, #studay of charge at rest, #two intrinsic properties of matter; #mass - gravitational force, #charge - electric force, #conserved charged, #quantized charge, #attraction force, #repulsion force, #electron, #proton, #charging by friction, #charging by induction, #charging by conduction, #coulomb`s law, #vector form of force, #electric vs gravitational force, #relative permitivity, #equilibrium force, #point charge, #touching charges by wire, #stable equilibrium, #unstable equilibrium, #electric field lines, #uniform electric field, #electric field intensity, #gauss`s law, #conducting sphere, #charge inside sphere, #seat of charge, #electric potential, #parallel plates, #point charge, #potential gradient, #equipotential surface, #capacitor, #parallel plate capacitor, #series combination of capacitors, #parallel combination of capacitors, #fixed capacitor, #variable capacitor, #energy stored in capacitor, #energy density, #capacitor charging, #capacitor discharging, # R-C circuit, #electrostatic potential, #gauss theorem, #line integral of electric field, #electric potential, #potentialdifference, #electric potential due to a single point charge, #electric potential due to a group of charges, #electric potential due to an electric dipole, #equipotential surfaces and their properties, #electrostatic potential energy, #area vector, #solid angle, #electric flux, #gauss theorem and its proof, #coulomb`s law from gauss theorem, #application of gauss theorem, #electric field intensity due to a line charge, #electric field intensity due to a plane sheet of charge, #degree of electrification,#spherical equipotential surfaces, #isolated charge, #charge distribution, #weak electric fields, #three charge system, #sphere of radius, #gauss theorem, #electric potential due to a single point charge, #electric potential due to a group of charges, #electric potential due to an electric dipole, #equipotential surfaces and their properties, #electrostatic potential energy, #area vector, #solid angle, #electric flux, #gauss theorem and its proof, #coulomb`s law from gauss theorem, #electric field intensity due to a plane sheet of charge, #electric field intensity due to a spherical shell, @PHYSICSMADEEASY0239 @FortheLoveofPhysics @Theory_of_Physics @tamuphysastr @IITJEEbyNUCLEONKOTA @PhysicsWallah @PhysicsYT @MinutePhysics @physicsgirl @iitjeeone
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