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WorksheetsProperties of Waves QUIZ Review
Total questions: 22
Worksheet time: 15mins
A wave's [ ? ] is a measure of how far the particles in a medium move away from their normal rest position.
(a)
Look at the graphed waves. Which wave, A or B, has the greater Amplitude?
A
B
The [ ? ] is the distance from any point on a wave to an identical point on the next wave.
(a)
What is this part of a wave called? (as indicated by the arrows)
Crown
Crest
Pinnacle
Summit
What is this part of a wave called? (as indicated by the arrows)
Base
Bottom
Trough
Dip
Look at the graphed waves. Which wave, A or B, has the greater Wavelength?
A
B
How can we describe a wave?
By its Arch
By its Frequency
By its Wavelegnth
By its Amplitude
What affects the energy of a wave?
Amplitude
Volume
Arch
Frequency
A [ ? ] is a disturbance that carries energy from one place to another; which can be a single cycle or a repeating pattern.
(a)
[ ? ] is the maximum distance that the particle of a wave's medium vibrate from their rest position.
Wavelength
Frequency
Aperture
Amplitude
[ ? ] is the distance from any point on a wave to the corresponding point on the next wave.
Wave Speed
Hertz
Wave Period
Wavelength
[ ? ] the time required for corresponding points on consecutive waves to pass a given point.
(a)
[ ? ] the speed at which a wave travels; the speed of which depends on the medium.
Wave Speed
Hertz
Wave Period
Wavelength
[ ? ] is a unit of frequency equal to one cycle per second.
Newton
Hertz
Frequency
Constant
[ ? ] the number of cycles, such as waves, in a given amount of time.
Newton
Hertz
Frequency
Constant
What word would best complete the blanks seen in the image provided?
(a)
Please examine both of the Formulas in the provided images.
If the Wave Speed is 20 m/s, and the Wavelength is 5 m; then, what is the Frequency?
15 Hertz
23 Hertz
4 Hertz
38 Hertz
Please examine both of the Formulas in the provided images.
If the Wave Speed is 31 m/s, and the Wavelength is 4 m; then, what is the Frequency?
7.75 Hertz
27 Hertz
4 Hertz
7 Hertz
Please examine both of the Formulas in the provided images.
If the Wave Speed is 24 m/s, and the Wavelength is 3 m; then, what is the Frequency?
72 Hertz
21 Hertz
27 Hertz
8 Hertz
Please examine both of the Formulas in the provided images.
What is the Wavespeed in m/s, if the wavelength is 8 m and the frequency is 13 Hz?
5 m/s
104 m/s
21 m/s
-5 m/s
Please examine both of the Formulas in the provided images.
What is the Wavespeed in m/s, if the wavelength is 6 m and the frequency is 27 Hz?
33 m/s
4.5 m/s
162 m/s
21 m/s
Please examine both of the Formulas in the provided images.
What is the Wavespeed in m/s, if the wavelength is 21.25 m and the frequency is 7 Hz?
28.25 m/s
3.04 m/s
14.25 m/s
148.75 m/s
