KD3203 2021-1-28 22:01

SHM is a kind of free oscillation

It has a natural frequency, and you drive it and is forced

Driving close to natural, it is called resonance

The amplitude is very large and it is super noisy

A damped oscillation may be drag acting on pendulum

And there is loss in energy and amplitude reduces over (over by time)

It reduces resonant vibrations such as a clock with minimum damping

For those systems which we want oscillation stop fast, we need critical damping

But if overdamping is too much, it will take a long back to equilibrium

Remember calculation of SHM graph, you can only see change in amplitude

SHM is a kind of free oscillation

It has a natural frequency, and you drive it and is forced

Driving close to natural, it is called resonance

The amplitude is very large and it is super noisy

A damped oscillation may be drag acting on pendulum

And there is loss in energy and amplitude reduces over (over by time)

It reduces resonant vibrations such as a clock with minimum damping

For those systems which we want oscillation stop fast, we need critical damping

But if overdamping is too much, it will take a long back to equilibrium

Remember calculation of SHM graph, you can only see change in amplitude

It reduces resonant vibrations such as a clock with minimum damping

For those systems which we want oscillation stop fast, we need critical damping

But if overdamping is too much, it will take a long back to equilibrium

Remember calculation of SHM graph, you can only see change in amplitude

It has a natural frequency, and you drive it and is forced

Driving close to natural, it is called resonance

The amplitude is very large and it is super noisy

A damped oscillation may be drag acting on pendulum

And there is loss in energy and amplitude reduces over (over by time)

It reduces resonant vibrations such as a clock with minimum damping

For those systems which we want oscillation stop fast, we need critical damping

But if overdamping is too much, it will take a long back to equilibrium

Remember calculation of SHM graph, you can only see change in amplitude

SHM is a kind of free oscillation

It has a natural frequency, and you drive it and is forced

Driving close to natural, it is called resonance

The amplitude is very large and it is super noisy

A damped oscillation may be drag acting on pendulum

And there is loss in energy and amplitude reduces over (over by time)

It reduces resonant vibrations such as a clock with minimum damping

For those systems which we want oscillation stop fast, we need critical damping

But if overdamping is too much, it will take a long back to equilibrium

Remember calculation of SHM graph, you can only see change in amplitude

It reduces resonant vibrations such as a clock with minimum damping

For those systems which we want oscillation stop fast, we need critical damping

But if overdamping is too much, it will take a long back to equilibrium

Remember calculation of SHM graph, you can only see change in amplitude

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