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P.7CDE Progress Check 1

Quiz by ALEJANDRO URBY

Texas Essential Knowledge and Skills (TEKS)

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Measures 1 skill from
High School
Physics (2017)
Texas Essential Knowledge and Skills (TEKS)

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Q 1/5
Score 0
What direction is the air oscillating and what direction is the wave moving?
29
The air is oscillating perpendicular (right/left) to the velocity of the wave (up).
The air is oscillating parallel to the velocity of the wave (up)
The air is oscillating parallel to the velocity of the wave (right).
The air is oscillating perpendicular (up/down) to the velocity of the wave (right)

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5 questions

Show answers

Q1
What direction is the air oscillating and what direction is the wave moving?
The air is oscillating perpendicular (right/left) to the velocity of the wave (up).
The air is oscillating parallel to the velocity of the wave (up)
The air is oscillating parallel to the velocity of the wave (right).
The air is oscillating perpendicular (up/down) to the velocity of the wave (right)
120s
112.39.c.7.c
Q2
How are transverse and longitudinal waves different?
Longitudinal waves have oscillations perpendicular to wave velocity. Transverse waves have oscillations parallel to the wave velocity.
Both waves oscillate and move the same way, but transverse waves don't require a medium.
Longitudinal waves have oscillations parallel to wave velocity. Transverse waves have oscillations perpendicular to the wave velocity.
They're the same.
120s
112.39.c.7.c
Q3
The wave in the diagram above can best be described as ―
Electromagnetic
Transverse
Pulse
Longitudinal
120s
112.39.c.7.c
Q4
If the wave travels at 343m/s and has a period of 1.2s, then what is the wavelength?
411.6m
Not enough information
285.8m
0.0035m
120s
112.39.c.7.c
Q5
The wavelength of the sound wave gradually increases. How does this affect the pitch of the sound?
Stays the same
Decreases
Increases
120s
112.39.c.7.c

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