Starting a new Lecture Notes Series on Advance Illustrations on Magnetic Effects and Electromagnetic Induction
Youtube Lecture Playlist CreditsChannel Name: Physics GalaxyFaculty Name: Ashish Arora Sir
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Advance Illustrations on Magnetic Effects and
Electromagnetic Induction By Lecture Notes together!
Electromagnetic Induction By Lecture Notes together!
Lecture 1: Magnetic Induction due to a Regular Polygon
Lecture 2: Magnetic Induction due to a Half Tube
Lecture 3: Magnetic Induction due to a Right Angle
Lecture 4: Magnetic Flux Inside a Wire
Lecture 6: Magnetic Induction due to a Tube wih a Slit
Lecture 7: Magnetic Moment of a Half Toroid
Lecture 8: Magnetic Induction due to a Rotating Disc
Lecture 10: Displacement in an Ion Beam
Lecture 11: Motion of Particle in Nonuniform Magnetic Field
Lecture 12: Motion of a Charge in Electromagnetic Field
Lecture 13: Acceleration of a Charge due to a Loop
Lecture 14: Straight Current Terminating in a Plane
Lecture 15: Radial Magnetic Field on a Coil
Lecture 16: Electrons Hitting a Target in Magnetic Field
Lecture 17: Magnetic Impulse on a Wire
Lecture 18: Sliding a Wire by Magnetic Force
Lecture 19: Power Supplied by Electromagnetic Fields
Lecture 20: A Charged Bead in a Circular Loop
Lecture 21: Charge Particle Sliding Inside a Bowl
Lecture 22: Emission of a-Particle in Magnetic Field
Lecture 23: Deviation of Particle in Uniform Magnetic Field
Lecture 24: Cylinder in Equilibrium on Inclined Plane
Lecture 25: Torque on Loop in a Plane Normal to a Long Wire
Lecture 26: Closest Approach Distance from a Wire
Lecture 27: Coil Tipping Over a Surface
Lecture 28: A Suspended Rotating Ring
Lecture 29: Rotating Rod at Uniform Angular Speed
Lecture 30: Induced Current in a Loop in Time Varying MF
Lecture 31: A Coil Over a Solenoid with Varying Current
Lecture 32: Motional EMF in Magnetic Field of a Long Wire
Lecture 33: Current Supply to an Inductor
Lecture 34: Circuit of LC Oscillations-1
Lecture 35: Circuit of LC Oscillations-2
Lecture 36: Force on a Moving Magnet
Lecture 37: Self Induction Coefficient of a Toroid
Lecture 38: Strip Winding to Make a Solenoid
Lecture 39: A Rod Sliding on a Parabola
Lecture 40: Induced Current in a Circuit due to Motional EMF
Lecture 41: Motion EMF in Four Sliding Wires
Lecture 42: Charge Flown Through a Loop During its Rotation
Lecture 43: Rotating Coil in a Time Varying Magnetic Field
Lecture 44: A Rotating Rod in a Circular Loop
Lecture 45: Oscillating Rod in a Capacitive Circuit
Lecture 46: Self Inductance of Toroid of Rectangular Section
Lecture 47: Heat Produced in Loop Placed in Time Varying MF
Lecture 48: A Spiral in Time Varying Magnetic Field
Lecture 49: Equilibrium of a Loop in Magnetic Field
Lecture 50: Magnetic Force on a Wire due to Two Long Wires
Lecture 51: Self Inductance of a Pair of Parallel Strips
Lecture 52: Small Angular Oscillations of a Coil
Lecture 53: Force Exerted by a Proton Beam
Lecture 54: Charge Flows Due Removal of a Magnet
Lecture 55: Self Inductance of a Coaxial Cable
Lecture 56: Sudden Change in Inductance of a Coil
Lecture 57: Current Induced in a Super Conducting Ring
Lecture 58: Making a Solenoid by a Copper Wire
Lecture 59: Transient Analysis of a Circuit with Inductors
Lecture 60: Magnetic Energy Inside a Long Rotating Cylinder
Lecture 61: Interaction Energy of Two Small Coils
Lecture 62: Current Amplitude in a Capacitive Loop
Lecture 63: Coupling Coefficient for a Pair of Coils
Lecture 64: Radial Force on a Ring Inside a Solenoid
Lecture 65: Transient Analysis of LR Circuit
Lecture 66: Heat Generated in LR Circuit