Waves
Vocabulary
Properties of Waves
More Waves
Miscellaneous
100

This type of wave needs a medium

Mechanical wave

100

The distance from the resting position to the crest (or trough) is called what?

Amplitude

100

True or false: Light travels in straight lines.

True

100

This is where the particles of a longitudinal wave are crowded together

Compression

100

This is the bouncing back of light or sound waves

Reflection

200

X-rays, microwaves, and light waves are examples of these types of waves

Electromagnetic

200

This is any substance through which a wave can travel

Medium

200

This is The distance from crest to crest, or from trough to trough

Wavelength

200

This is where the particles of a longitudinal wave are spread apart

Rarefaction

200

This is the bending of a wave as it passes from one medium to another

Refraction

300

This is any disturbance that transmits energy through matter or empty space

Wave

300

This is the highest point of a transverse wave

Crest

300

This is the number of waves produced in a certain amount of time

Frequency

300

What does it mean if a light wave has a higher amplitude? What if a sound wave has a higher amplitude?

The light is brighter. The sound is louder.

300

Where do sound waves travel fastest? Where do light waves travel fastest?

Sound waves = medium is a solid

Light waves = vacuum

400

This is a wave where the particles vibrate parallel to the direction of the wave; wave parts are called compressions and rarefactions

Longitudinal wave

400

This is the lowest point of a transverse wave

Trough

400

This is the maximum distance the particles of a wave vibrate from resting position

What is amplitude

400

Sound waves are examples of what type of wave?

Mechanical or longitudinal

400

Explain what makes an object appear blue.

Blue light waves are reflected off of the object while all other colored light waves are absorbed

500

This is a wave where the particles vibrate perpendicular to the direction of the wave; made up of crests and troughs

Transverse wave

500

This is what electromagnetic waves can travel through. Another word for empty space

Vacuum

500

If you increase the wavelength, what happens to the frequency?

Frequency decreases

500

Light waves are examples of what type of wave?

Transverse or electromagnetic

500

This is the word we use to measure frequency

Hertz (Hz)

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