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100

The number of vibrations that occur per second

Frequency

100

A substance that makes possible the transfer of energy from one location to another, especially through waves

Medium

100

= wave speed / frequency

Formula for Wavelength

100

Combination of waves where crests of one wave 

overlap troughs of another, resulting in a wave of decreased amplitude When two waves meet with their crest of one wave 

and the trough of the second wave cancel each other out 

Destructive interference 

100

A mass hung from a fixed support so that it is able 

To swing freely under the influence of gravity 

Pendulum

200

Distance from equilibrium to crest and/or distance from equilibrium to trough 

Amplitude

200

Highest point of a wave

Crest

200

Time it takes for a complete cycle of back-and-forth or up-down motion 

Period

200

= wavelength x frequency

Formula for wave speed

200

The positions on a standing 

wave where the largest 

amplitude occurs 

Antinode

300

Addition of two or more waves when wave crests overlap to produce a resulting wave of increased amplitude when two waves meet their crests reinforce each other

Constructive interference 

300

The point on a transverse wave that is equidistant between the crest and the trough

Equilibrium 

300

= wave speed / wavelength 


= 1 / period 

Formula for Frequency

300

Wave in which parts of the wave

remain stationary and the wave

appears to not be traveling 

standing wave

300
Lowest point of a wave

Trough

400

A disturbance or variation that transfers energy progressively from point to point in a medium 

Wave

400

A frequency of one cycle per second is 

1 _______ (1 Hz)

Hertz

400

Pattern formed by the overlapping of two or more waves that arrive in a region at the same time 

Interference pattern

400

An outbreak of disorder; to disturb

disturbance

400

= 1 / Frequency 

Formula for period

500

An increase in the measured frequency of light from an approaching source; increase in frequency

Blue shift

500

The distance between two successive points in a wave 

Wavelength

500

Change in frequency of a wave due to the motion of the source or of the receiver

Doppler effect

500

Decrease in the measure of frequency of light 

(or other radiation) from a receding source 

Red shift
500

Any part of a wave that stays 

stationary 

Node

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