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Tuning fork A starts to vibrate at 320 hertz when it is held near tuning fork B, already vibrating at 320 hertz. Which phenomenon is exemplified by the action of tuning fork A?
constant magnitude and changing direction
3.83 × 10^–7 m
resonance
box at rest on a stationary table
energy, only
0.20 A
A bicycle travels around a curve at constant speed.
diffraction
A sound wave is emitted by a vibrating tuning fork. What is transferred as the sound wave travels to a student’s ear?
constant magnitude and changing direction
3.83 × 10^–7 m
resonance
box at rest on a stationary table
energy, only
0.20 A
A bicycle travels around a curve at constant speed.
diffraction
A light ray with a frequency of 5.09 × 10^14 hertz has a wavelength of 2.44 × 10^–7 meter in diamond. The wavelength of this light ray in sodium chloride is
constant magnitude and changing direction
3.83 × 10^–7 m
resonance
box at rest on a stationary table
energy, only
0.20 A
A bicycle travels around a curve at constant speed.
diffraction
Which phrase describes a box in equilibrium?
constant magnitude and changing direction
3.83 × 10^–7 m
resonance
box at rest on a stationary table
energy, only
0.20 A
A bicycle travels around a curve at constant speed.
diffraction
The velocity of an object in uniform circular motion has a
constant magnitude and changing direction
3.83 × 10^–7 m
resonance
box at rest on a stationary table
energy, only
0.20 A
A bicycle travels around a curve at constant speed.
diffraction
Which statement describes an object with constant kinetic energy?
constant magnitude and changing direction
3.83 × 10^–7 m
resonance
box at rest on a stationary table
energy, only
0.20 A
A bicycle travels around a curve at constant speed.
diffraction
An observer standing behind the wall is able to hear the sound. This spreading out of the sound wave as it passes through the opening is an example of
constant magnitude and changing direction
3.83 × 10^–7 m
resonance
box at rest on a stationary table
energy, only
0.20 A
A bicycle travels around a curve at constant speed.
diffraction
The current flowing through resistor R3 is
constant magnitude and changing direction
3.83 × 10^–7 m
resonance
box at rest on a stationary table
energy, only
0.20 A
A bicycle travels around a curve at constant speed.
diffraction
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