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Magnetic Breaking Pendulum: The moving magnetic field from the swinging magnet produces electric currents in the copper- these currents then produce magnetic fields that oppose the motion of the moving field, a specific application of Faraday’s law of induction called Lenz’s Law. So a moving magnet makes the copper slab briefly into an electromagnet that creates a field that opposes the pendulum’s motion. Note that if the copper slab is pulled away from the hanging magnet, the magnet tries to fo
0:49
Magnetic Breaking Pendulum: The moving magnetic field from the swinging magnet produces electric currents in the copper- these currents then produce magnetic fields that oppose the motion of the moving field, a specific application of Faraday’s law of induction called Lenz’s Law. So a moving magnet makes the copper slab briefly into an electromagnet that creates a field that opposes the pendulum’s motion. Note that if the copper slab is pulled away from the hanging magnet, the magnet tries to fo
12.2K views5 months ago
FacebookPhysicsfun
Magnetic Breaking Pendulum: The moving magnetic field from the swinging magnet produces electric currents in the copper- these currents then produce magnetic fields that oppose the motion of the moving field, a specific application of Faraday’s law of induction called Lenz’s Law. So a moving magnet makes the copper slab briefly into an electromagnet that creates a field that opposes the pendulum’s motion. Note that if the copper slab is pulled away from the hanging magnet, the magnet tries to fo
0:49
Magnetic Breaking Pendulum: The moving magnetic field from the swinging magnet produces electric currents in the copper- these currents then produce magnetic fields that oppose the motion of the moving field, a specific application of Faraday’s law of induction called Lenz’s Law. So a moving magnet makes the copper slab briefly into an electromagnet that creates a field that opposes the pendulum’s motion. Note that if the copper slab is pulled away from the hanging magnet, the magnet tries to fo
13.2K viewsDec 27, 2024
FacebookPhysicsfun
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