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Xem thêm: Study materials for MIT course 8 02t electricity and magnetism FANTASTIC MTLS , Animation 2.1: Van de Graaff Generator, Animation 2.2: Electric Field of Point Charges, Example 2.5: Electric Field Due to a Uniformly Charged Disk, To Encourage Collaboration, Grades Are NOT Curved In 8.02:, …but we use concepts from 18.02, Example 3.4: Calculating Electric Field from Electric Potent, Example 4.2: Infinite Plane of Charge, Example 4.6: Electric Potential Due to a Spherical Shell, Animation 4.3: Like and Unlike Charges Hanging from Pendulum, Example 5.6: Energy Stored in a Spherical Shell, Animation 5.2: Creating and Destroying Electric Energy, Interactive Simulation 5.8: 3D Electrostatic Suspension Bri, Example 8.1: Magnetic Force on a Semi-Circular Loop, Animation 8.1: Torques on a Dipole in a Constant Magnetic Fi, Animation 8.2: Charged Particle Moving in a Uniform Magnetic, Example 9.1: Magnetic Field due to a Finite Straight Wire, Example 9.2: Magnetic Field due to a Circular Current Loop, Animation 9.3: Forces Between Current-Carrying Parallel Wire, Example 9.4: Magnetic Field Due to an Infinite Current Shee, Animation 9.4: Bar Magnet in the Earth’s Magnetic Field, Animation 9.9: Magnet Suspended Between Two Coils, Animation 11.2: Magnets and Conducting Rings, Animation 11.3: A Charged Particle in a Time-Varying Magneti, Example 13.2: Intensity of a Standing Wave, Animation 13.3: Radiation From a Quarter-Wave Antenna, Example 14.2: Intensity of Three-Slit Interference