Simple Harmonic Motion
Springs
Simple Pendulums
Waves
Sound
100

Time it takes for one cycle

Period

100

What provides the restoring force for a spring mass system?

The Spring

100

Where is the mass of a simple pendulum concentrated?

The bob

100

Max displacement from equilibrium

Amplitude

100

How does frequency relate to pitch?

Higher frequency corresponds to higher pitch (and vice versa)

200

The two examples of simple harmonic motion we went over

Springs and Simple Pendulums

200

What does the k mean in Hooke's Law

Spring constant

200

Where in a simple pendulum is there said to be no mass?

The string or rod

200

Number of cycles per second

Frequency

200

Sound needs this to propagate

A medium or object

300

Position or state that the system naturally wants to return to

Equilibrium
300

What does the minus sign in Hooke's Law mean?

Force is in the opposite direction of displacement

300

What provides the restoring force for a simple pendulum?

Gravity

300

Type of interference when the peak of one wave meets the peak of another wave

Constructive

300

Frequencies above audible human range

Ultrasonic

400

Force that restores a system back to its equilibrium position

Restoring force

400

When is the KE of a spring mass system the greatest?

When the mass is passing through equilibrium at its fastest speed.

400

The initial displacement of a simple pendulum must be less than how many degrees?

15 degrees

400

Wave where particles move perpendicular to the direction of the wave

Transverse

400

Type of wave where particles move parallel to the direction the of the wave

Longitudinal

500

When does an object undergoing simple harmonic motion have the most PE

When it is farthest from the equilibrium position

500

What affects the period of a spring mass system?

Mass (or spring constant)

500

What affects the period of a simple pendulum?

Length of rod or string

500

Area of destructive interference

Node

500

State of matter sound travels fastest in

Solids