-Choose the correct answer by clicking on your answer choice. Only one answer is correct. (2 pts. each)
Question 1
1.
Question 2
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Question 3
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Question 4
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Question 7
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Question 25
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COMPLETION
-Complete the following questions by selecting the correct answer from the word bank. Misspelled words will be marked as incorrect. Some answers may be used more than once, others may not be used at all. (2 pts. each)
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 26
26.
Microwaves, television and radio waves and X rays are examples of _______________ waves.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 27
27.
The two main types of waves are ________________ and longitudinal waves.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 28
28.
All electromagnetic waves are _____________ waves.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 29
29.
Amplitude, wavelength, wave speed and frequency are called ______________ of waves.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 30
30.
A wave with a frequency of 3 Hz moves at a rate of 3 waves per ________________.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 31
31.
Multiplying the wavelength of a wave by the frequency of the wave gives the _______________ of the wave.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 32
32.
The bouncing back of a ray of light, sound or heat when the ray hits a surface that it does not go through is called ________________.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 33
33.
When two waves meet and cancel each other out ________________ has occured.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 34
34.
Any disturbance that transmits energy is a(n) ____________.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 35
35.
The maximum distance a wave vibrates from its rest position is called its ________________.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 36
36.
The distance a single wave crest or trough travels in a set amount of time is a measure of the _______________.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 37
37.
When two or more waves share the same space at the same time it is called ___________________.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 38
38.
The result of two or more waves overlapping is _______________.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 39
39.
When the crest of one wave overlaps the crest of another wave it is called __________________.
Word Bank
properties transverse longitudinal electromagnetic second minute hour one two three four reflection refraction speed volume mass constructive interference destructive interference
diffraction frequency wave interference resonance amplitude wave speed resonant standing
Question 40
40.
Certain parts of the wave are always in the rest position in a _________________ wave.
MATCHING
-Complete the following matching questions by clicking on the correct answer. Only one answer is correct. (2 pts. each)
Question 41
41.
Question 42
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Question 43
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Question 44
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Question 45
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Question 46
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Question 47
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Question 48
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Question 49
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Question 50
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Do NOT forget to turn in this assignment on Google Classroom after you have submitted it here! No credit will be awarded for unsubmitted assignments.
Waves transfer
A. energy and matter.
B. energy only.
C. matter only.
D. neither energy nor matter.
If a wave is traveling at a certain speed and its frequency is doubled, what happens to the wavelength of that wave?
A. It doubles.
B. It is halved.
C. It is stopped.
D. It remains the same.
A wave can make a leaf bob up and down on the water, but it cannot move the leaf toward the shore. This is because wave only transfer
A. matter.
B. energy.
C. media.
D. crests.
Which of these do NOT require a medium?
A. ocean waves
B. seismic waves
C. sound waves
D. radio waves
Which of the following is NOT a property of a wave?
A. refraction
B. amplitude
C. frequency
D. wavelength
When two objects, such as marimba bars and columns, vibrate at the same frequency, this occurs.
A. refraction
B. reflection
C. resonance
D. amplitude
If a wave is traveling at a certain speed and you cut its frequency in half, what would happen to its wavelength?
A. The wavelength would be halved.
B. The wavelength would produce a standing wave.
C. The wavelength would remain the same.
D. The wavelength would be doubled.
An echo is the result of a
A. reflected sound wave.
B. diffracted sound wave.
C. refracted sound wave.
D. dispersed sound wave.
A section of a longitudinal wave where the particles are crowded together is called a
A. rarefaction.
B. compression.
C. vibration.
D. surface wave.
Part of a longitudinal wave where the particles are spread out is called a
A. rarefaction.
B. compression.
C. vibration.
D. surface wave.
Refraction occurs when a wave enters a new medium at an angle because
A. the frequency changes.
B. the amplitude changes.
C. the wave speed changes.
D. None of the above.
The wave property that is related to the height of a wave is the
A. wavelength.
B. amplitude.
C. frequency.
D. wave speed.
An example of a mechanical wave is a(n)
A. light wave.
B. radio wave.
C. ocean wave.
D. X Ray.
What disturbance sends energy through matter or empty space?
A. a wave
B. a trough
C. a medium
D. a crest
What is the amplitude of a wave related to?
A. volume
B. speed
C. mass
D. height
What is the wavelength of a wave related to?
A. height
B. volume
C. mass
D. distance
What is the equation v = lambda x f called?
A. frequency equation
B. wave equation
C. lambda equation
D. wavelength equation
What is a reflected sound wave called?
A. transmittal
B. interaction
C. echo
D. return
What happens to a wave when it is refracted?
A. It is bent.
B. It is transmitted.
C. It is reflected.
D. It is radiated.
Why do sound waves travel around corners better than light wave do?
A. Sound waves radiate.
B. Light waves bend.
C. Sound waves bend.
D. Light waves radiate.
Which kind of wave does not require a medium?
A. ocean wave
B. sound wave
C. electromagnetic wave
D. air wave
Which of the following results in more energy in a wave?
A. a smaller wavelength
B. a lower frequency
C. a shallower amplitude
D. a lower speed
The combining of waves as they overlap is
A. interference.
B. diffraction.
C. refraction.
D. resonance.
During constructive interference
A. the amplitude increases.
B. the amplitude decreases.
C. the frequency decreases.
D. the wave speed increases.
During destructive interference
A. the amplitude increases.
B. the amplitude decreases.
C. the frequency decreases.
D. the wave speed increases.
A periodic disturbance in a solid, liquid or gas as energy is transmitted through a medium.
A. mechanical wave
B. transverse wave
C. surface wave
D. wave
E. electromagnetic wave
F. medium
G. longitudinal wave
A physical environment in which phenomena occur.
A. mechanical wave
B. transverse wave
C. surface wave
D. wave
E. electromagnetic wave
F. medium
G. longitudinal wave
A wave that requires a medium through which to travel.
A. mechanical wave
B. transverse wave
C. surface wave
D. wave
E. electromagnetic wave
F. medium
G. longitudinal wave
A wave that does NOT require a medium through which to travel.
A. mechanical wave
B. transverse wave
C. surface wave
D. wave
E. electromagnetic wave
F. medium
G. longitudinal wave
A wave in which the particles of the medium move perpendicularly to the direction the wave is traveling.
A. mechanical wave
B. transverse wave
C. surface wave
D. wave
E. electromagnetic wave
F. medium
G. longitudinal wave
A wave in which the particles of the medium vibrate parallel to the direction of the wave motion.
A. mechanical wave
B. transverse wave
C. surface wave
D. wave
E. electromagnetic wave
F. medium
G. longitudinal wave
A transverse and a longitudinal wave that combine at or near the boundary between two media.
A. mechanical wave
B. transverse wave
C. surface wave
D. wave
E. electromagnetic wave
F. medium
G. longitudinal wave
A wave in which the particles of the medium vibrate back and forth along the path of the wave.
A. crest
B. medium
C. transverse wave
D. longitudinal wave
A wave in which the particles of the medium move across the direction that the wave is moving.