What's the electromagnetic effect on a pendulum oscillation?

In summary, the conversation discussed the potential effect of light falling on a metal pendulum and its impact on the period of oscillation. It was suggested to use perturbation theory to calculate the force and consider other stronger factors such as air motion in the room.
  • #1
TorNaGul
1
0
Hello,

This is just a curiosity of mine, after noticing light falling on a metal pendulum while doing a simple pendulum period measure, in the laboratory, using a mathematical pendulum at a small angle. Given that, there is a (very small) effect on the pendulum caused by the light falling on an area of the sphere, how can one include the effect of the light falling on the particular area, in regard to it affecting the period of one complete oscillation?
 
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  • #2
Light pressure? If the light intensity does not depend on the position of the pendulum, it won't have an effect at all.
For the general case: find the force everywhere, use perturbation theory.

Note that other effects like the motion of air in the room are orders of magnitude stronger.
 

Related to What's the electromagnetic effect on a pendulum oscillation?

What is the electromagnetic effect on a pendulum oscillation?

The electromagnetic effect on a pendulum oscillation refers to the influence of electromagnetic forces on the motion of a pendulum. This can affect the period, amplitude, and frequency of the pendulum's oscillation.

How does an electromagnetic field affect a pendulum's oscillation?

An electromagnetic field can exert a force on a pendulum due to the interaction between the magnetic field and the electric current in the pendulum's mass. This force can either increase or decrease the pendulum's oscillation, depending on the direction and strength of the field.

What factors can affect the electromagnetic effect on a pendulum oscillation?

The strength and direction of the electromagnetic field, the mass and length of the pendulum, and the angle at which it is released can all affect the electromagnetic effect on a pendulum oscillation. Other factors such as air resistance and friction may also play a role.

Can the electromagnetic effect on a pendulum oscillation be manipulated?

Yes, the electromagnetic effect on a pendulum oscillation can be manipulated by changing the strength and direction of the electromagnetic field. This can be done by adjusting the current, voltage, or position of the magnets or electromagnets near the pendulum.

What practical applications does understanding the electromagnetic effect on a pendulum oscillation have?

Understanding the electromagnetic effect on a pendulum oscillation has applications in fields such as physics, engineering, and technology. It can be used to study and measure the strength of electromagnetic fields, as well as to create or control pendulum-based devices such as clocks, seismographs, and accelerometers.

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