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WorksheetsMechanical and Electromagnetic Waves Review
Total questions: 38
Worksheet time: 29mins
Which part of the spectrum is letter A?
Radio Waves
Gamma Rays
Visible Light
X-Rays
Infrared Waves
Which part of the spectrum is letter B?
Ultraviolet Rays
Gamma Rays
Visible Light
X-Rays
Infrared Waves
Which part of the spectrum is letter C?
Ultraviolet Rays
Gamma Rays
Visible Light
Radio Waves
Infrared Waves
Which part of the spectrum is letter D?
Ultraviolet Rays
Microwaves
Visible Light
Radio Waves
Infrared Waves
Which part of the spectrum is letter E?
Ultraviolet Rays
Microwaves
Gamma Rays
Radio Waves
Infrared Waves
Which part of the spectrum is letter F?
Ultraviolet Rays
Microwaves
Gamma Rays
Radio Waves
X-Rays
Which part of the spectrum is letter G?
Ultraviolet Rays
Microwaves
Infrared Waves
Radio Waves
X-Rays
The only part of the spectrum that we can see.
Ultraviolet Rays
Microwaves
Visible Light
Radio Waves
Infrared Waves
Shorter wavelengths than infrared. Can cause sunburn.
Ultraviolet Rays
Gamma Rays
Visible Light
Radio Waves
Infrared Waves
Highest frequency. Used to fight cancer.
Radio Waves
Gamma Rays
Visible Light
X-Rays
Infrared Waves
Longer wavelengths than infrared. Used for heating food.
Ultraviolet Rays
Microwaves
Gamma Rays
Radio Waves
X-Rays
Moderate frequency. Used in remotes.
Ultraviolet Rays
Microwaves
Gamma Rays
Radio Waves
Infrared Waves
Shorter wavelength than visible. Used to see the skeletal system.
Ultraviolet Rays
Gamma Rays
Visible Light
X-Rays
Infrared Waves
Lowest frequency. Used to listen to your favorite station in the car.
Ultraviolet Rays
Microwaves
Infrared Waves
Radio Waves
X-Rays
Which of the following statements BEST describes the relative amounts of energy between two different waves?
A wave with a shorter wavelength has more energy than a wave with a longer wavelength
A wave with a shorter wavelength has less energy than a wave with a longer wavelength
All waves have the same energy regardless of their wavelength
We cannot determine a waves energy using its wavelength
Which part of the electromagnetic spectrum has the LEAST amount of energy?
Gamma Rays
X-Rays
Microwaves
Radio Waves
A wave with a SHORTER wavelength has _________ energy than one with a longer wavelength.
More
Less
The Same
A wave with a LOWER frequency has _________ energy than one with a higher frequency.
More
Less
The Same
A wave with a HIGHER amplitude has ________ energy than one with a lower amplitude.
More
Less
The Same
The distance between two corresponding parts of a wave.
Amplitude
Frequency
Speed
Wavelength
Letter D on the image.
Amplitude
Frequency
Speed
Wavelength
The distance the medium vibrates from the rest position.
Amplitude
Frequency
Speed
Wavelength
Letter C on the image.
Amplitude
Crest
Trough
Wavelength
The number of waves that pass a given point in a certain amount of time.
Amplitude
Frequency
Speed
Wavelength
Letter A on the image.
Amplitude
Crest
Trough
Wavelength
Letter B on the image.
Amplitude
Crest
Trough
Wavelength
How fast the wave travels in a given amount of time.
Amplitude
Frequency
Speed
Wavelength
Area of a longitudinal wave where the particles are CLOSE together.
Rarefaction
Wavelength
Compression
Letter A on the image
Rarefaction
Wavelength
Compression
Letter B on the image
Rarefaction
Wavelength
Compression
Area of a longitudinal wave where the particles are FAR apart.
Rarefaction
Wavelength
Compression
Distance between two corresponding parts of a wave.
Rarefaction
Wavelength
Compression
Letter C on the image.
Rarefaction
Wavelength
Compression
Vibrates the medium at right angles, or perpendicular, to the direction in which the wave travels.
Mechanical Wave
Electromagnetic Wave
Longitudinal Wave
Transverse Wave
Surface Wave
Waves that require a medium to travel
Mechanical Wave
Electromagnetic Wave
Longitudinal Wave
Transverse Wave
Surface Wave
Vibrates the medium in the same direction in which the wave travels.
Mechanical Wave
Electromagnetic Wave
Longitudinal Wave
Transverse Wave
Surface Wave
A combination of transverse and longitudinal waves and travels along a surface that separates two mediums.
Mechanical Wave
Electromagnetic Wave
Longitudinal Wave
Transverse Wave
Surface Wave
Waves that do NOT require a medium to travel
Mechanical Wave
Electromagnetic Wave
Longitudinal Wave
Transverse Wave
Surface Wave
