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Which wave interactions best represents destructive interference of sound waves?
The sound waves reflect and interfere constructively to produce a standing wave to make a louder sound
Wave interaction a
Destructive interference with a resulting amplitude of 0.
10 cm
A sound wave with an amplitude of 100 dB and a frequency of 250 Hz
The resulting amplitude will be 1 mm
B and E
Wave interaction d
At which location on the x axis would the resulting wave equal -1 cm?
The sound waves reflect and interfere constructively to produce a standing wave to make a louder sound
Wave interaction a
Destructive interference with a resulting amplitude of 0.
10 cm
A sound wave with an amplitude of 100 dB and a frequency of 250 Hz
The resulting amplitude will be 1 mm
B and E
Wave interaction d
Which of the following accurately describes this wave?
The sound waves reflect and interfere constructively to produce a standing wave to make a louder sound
Wave interaction a
Destructive interference with a resulting amplitude of 0.
10 cm
A sound wave with an amplitude of 100 dB and a frequency of 250 Hz
The resulting amplitude will be 1 mm
B and E
Wave interaction d
Which of the following are examples of constructive interference?
The sound waves reflect and interfere constructively to produce a standing wave to make a louder sound
Wave interaction a
Destructive interference with a resulting amplitude of 0.
10 cm
A sound wave with an amplitude of 100 dB and a frequency of 250 Hz
The resulting amplitude will be 1 mm
B and E
Wave interaction d
Which wave interactions represents constructive interference of transverse waves?
The sound waves reflect and interfere constructively to produce a standing wave to make a louder sound
Wave interaction a
Destructive interference with a resulting amplitude of 0.
10 cm
A sound wave with an amplitude of 100 dB and a frequency of 250 Hz
The resulting amplitude will be 1 mm
B and E
Wave interaction d
If Jim is mowing his yard, which of the following sound waves would his noise reducing headphone need to detect in order to produce an out of phase wave and reduce the noise?
The sound waves reflect and interfere constructively to produce a standing wave to make a louder sound
Wave interaction a
Destructive interference with a resulting amplitude of 0.
10 cm
A sound wave with an amplitude of 100 dB and a frequency of 250 Hz
The resulting amplitude will be 1 mm
B and E
Wave interaction d
A tuning fork is held above a 1 L graduated cylinder. The tuning fork and tube are raised and lowered. At times the air column in the tube resonated strongly creating a louder sound. Which best explains the results of this investigation?
The sound waves reflect and interfere constructively to produce a standing wave to make a louder sound
Wave interaction a
Destructive interference with a resulting amplitude of 0.
10 cm
A sound wave with an amplitude of 100 dB and a frequency of 250 Hz
The resulting amplitude will be 1 mm
B and E
Wave interaction d
Which of the following accurately describes the behavior of these two mechanical waves when they intersect?
The sound waves reflect and interfere constructively to produce a standing wave to make a louder sound
Wave interaction a
Destructive interference with a resulting amplitude of 0.
10 cm
A sound wave with an amplitude of 100 dB and a frequency of 250 Hz
The resulting amplitude will be 1 mm
B and E
Wave interaction d
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