Measuring Waves
Modelling Waves
Sound Wave Behavior
Light Wave Behavior
Calculating Waves
100
The top of a wave
Crest
100
The image on the left has a ________ frequency and a __________ pitch
High
100
Sound is a
Vibration
100
When light is "soaked up" or _____________ by what the light is hitting
Absorption
100
As wavelength increases, frequency ____________
Decreases
200
The bottom of a wave
Trough
200
The image on the right has a __________ frequency and a _________ pitch
Low
200
Sound waves are described as __________________ waves like shown below
(2 Possible Answers)
Longitudinal or Mechanical or Compression
200
When light is able to pass through the object it is hitting
Transmission
200
The denser the medium, the _____________ the sound wave travels, but the opposite is true for light
faster
300
The distance from crest to crest or trough to trough 
Wavelength
300
The image on the left has a _________ wavelength and a __________ frequency
High/Low
300
Sound waves cannot travel in _______________ because there is no air
Space
300
When light bounces off an object that it is hitting
Reflection
300
Wave speed = Wavelength x _______________
Frequency
400
The height of a wave
Amplitude
400
The image on the right has a __________ wavelength and a ______ frequency
Low/High
400
Sound waves ___________ with air molecules until they run out of energy
Collide
400
When light goes from one medium to another, like air to water, the light bends.
Refraction
400
The angle of incidence is always EQUAL to the angle of _______________________ 
Reflection
500
The number of waves in a period of time, usually measured per second
Frequency
500
The image on the left has a _____________ amplitude and a _________ volume
High
500
Sound waves travel in ______ directions, not just a straight line
All
500
In this image every color of the rainbow is _________________ by the leaf except for green which is ____________________ to your eye.
Absorbed/Reflected
500
What is the speed of a 2 meter wave travelling with a frequency of 10 hz?
20 m/s