Waves Vocabulary More waves Properties of waves Miscellaneous
100
This type of wave needs a medium to
Mechanical wave
100
This type of wave needs a medium
Mechanical wave
100
This is where the particles of a longitudinal wave are crowed together
Compression
100
This is the speed at which a wave is moving
Wave speed
100
This is the bouncing back of rays of light sound or heat
Reflection
200
X-rays and microwave are examples of these types of waves
Electromagnetic
200
This is any substance through which a wave can travel
Medium
200
This is where the particles of a longitudinal wave are spread
Rarefaction
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 between two substance
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
These are the two main types of waves
Transverse and longitudinal
300
These are the two main types of waves
Transverse and longitudinal
300
This means to be at right angles
Perpendicular
400
This is a waves where the particles vibrate parallel to the direction of the wave
Longitudinal wave
400
This is the lowest point of a transverse wave
Trough
400
Sound waves are examples of what types of waves
Mechanical or longitudinal
400
This is the maximum distance the particles of a wave vibrate form resting position
Amplitude
400
This is how a surface wave forms
Transverse and longitudinal wave combine
500
This is a wave where the particles vibrate perpendicular to the direction of the wave
Transverse wave
500
This is what electromagnetic waves can travel through
vacuum
500
Light up waves are examples of what type of wave
Transverse or electromagnetic
500
This what electromagnetic waves can travel through
Vacuum
500
This is the word we use to measure frequency
Hertz






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