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WorksheetsWaves Study Guide
Total questions: 49
Worksheet time: 25mins
____ is anything that has mass and takes up space.
Energy
Matter
____ is the ability to do work.
Energy
Matter
A house has mass and takes up space.
A house is ____.
Matter
Energy
Light does not have mass or take up space.
Light is ____.
Matter
Energy
Sound
Matter
Energy
Bananas
Matter
Energy
Heat
Matter
Energy
Chromebooks
Matter
Energy
Waves cannot transfer ____.
Energy
Matter
Waves can transfer ____.
Energy
Matter
To _____ is to move from place to place.
Transfer
Transition
Tread
What can transfer energy?
People
Helicopters
Waves
#1 refers to the
wavelength
amplitude
crest
trough
#2 refers to the
wavelength
amplitude
crest
trough
#3 refers to the
wavelength
amplitude
crest
trough
#4 refers to the
wavelength
amplitude
crest
trough
The highest point on a wave is the ____.
Trough
Amplitude
Crest
Wavelength
Zero Line
The lowest point on a wave is the ____.
Trough
Amplitude
Crest
Wavelength
Zero Line
A wave with no energy has just a ____.
Trough
Amplitude
Crest
Wavelength
Zero Line
The distance from crest to crest is the ____.
Trough
Amplitude
Crest
Wavelength
Zero Line
The distance from zero line to crest is the ____.
Trough
Amplitude
Crest
Wavelength
Zero Line
In Space, _________, because there is no medium to travel through.
There is no light
There is no sound
There is no light or sound
____ means how loud or quiet a sound is.
Pitch
Volume
Medium
____ means how high or low the sound is.
Pitch
Volume
Medium
____ means what the wave travels through.
Pitch
Volume
Medium
We can predict the volume of a sound by observing the wave's ____.
Amplitude
Frequency
Zero Line
We can predict the pitch of a sound by observing the wave's ____.
Amplitude
Frequency
Zero Line
We can predict the brightness of a light by observing the wave's ____.
Amplitude
Wavelength
Zero Line
We can predict the color of a light by observing the wave's ____.
Amplitude
Wavelength
Zero Line
Waves with the longest wavelengths will look ___.
Red
Blue
Waves with the shortest wavelengths will look ___.
Red
Blue
How is Wave A different from Wave B?
Wave A has a lower amplitude.
Wave A has a higher amplitude.
Wave A has a higher frequency.
Wave A has a lower frequency.
How is Sound A different from Sound B?
Sound A has a quieter volume.
Sound A has a louder volume.
Sound A has a higher pitch.
Sound A has a lower pitch.
How is Light A different from Light B?
Light A is brighter.
Light A is dimmer.
Light A is closer to red.
Light A is closer to blue.
How is Wave C different from Wave D?
Wave C has a lower amplitude.
Wave C has a higher amplitude.
Wave C has a higher frequency.
Wave C has a lower frequency.
How is Sound C different from Sound D?
Sound C has a quieter volume.
Sound C has a louder volume.
Sound C has a higher pitch.
Sound C has a lower pitch.
How is Light C different from Light D?
Light C is brighter.
Light C is dimmer.
Light C is closer to red.
Light C is closer to blue.
This is an example of light being ____.
Absorbed
Transmitted
Reflected
This is an example of light being _____.
Absorbed
Transmitted
Reflected
This is an example of light being _____.
Absorbed
Transmitted
Reflected
When light hits an object and bounces off, we call it ____.
Reflection
Absorption
Transmission
____ objects reflect the most light.
Black
Shiny
Clear
When light enters an object and does not continue moving, it is ____.
Reflected
Absorbed
Transmitted
_____ objects absorb the most light.
Clear
Black
Shiny
A black t-shirt, a black seat cover, and black concrete are all likely to ____ light.
Reflect
Transmit
Absorb
When light passes through an object and keeps traveling in the same direction, it was ____.
Reflected
Absorbed
Transmitted
____ objects transmit the most light.
Black
Shiny
Clear
Windows, glasses, and glass jars are all likely to _____ light.
Absorb
Reflect
Transmit
Mirrors, metal objects, and the surface of a lake will all ____ light.
Absorb
Reflect
Transmit
