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How strong does a permanent magnet/electromagnet need to be in order to see the effects of magnetic braking on a flat metal pendulum?
Welcome to the PF.ELTSR02 said:How strong does a permanent magnet/electromagnet need to be in order to see the effects of magnetic braking on a flat metal pendulum?
Magnetic braking is a process in which the movement of a pendulum is slowed down or stopped by the application of magnetic forces.
Magnetic braking works by using a magnetic field to induce eddy currents in a conductive material, such as metal. These eddy currents create a magnetic field that opposes the original magnetic field, resulting in a force that slows down the movement of the pendulum.
The strength requirement for magnetic braking to have an effect on a pendulum depends on several factors, such as the strength of the magnetic field, the size and material of the pendulum, and the distance between the magnetic field and the pendulum. Generally, a stronger magnetic field will result in a greater braking effect on the pendulum.
Yes, magnetic braking can be used to completely stop a pendulum's movement. However, this would require a very strong magnetic field and precise positioning of the pendulum and the magnetic field. In most cases, magnetic braking is used to slow down the movement of a pendulum rather than stopping it completely.
Magnetic braking has various practical applications, such as in roller coasters and other amusement park rides, where it is used to control the speed and movement of the ride. It is also used in some types of brakes for vehicles, and in some industrial processes where precise control of movement is required.