1) below. The two speakers are each emitting a constant 2500 Hz tone, and the sound waves from the speakers are in phase with each other. A student is standing at point P, which is a distance of 5.0 m from the midpoint between the speakers, and hears a maximum as expected. Assume that reflections from nearby objects are negligible. Use 340 m/s for the speed of sound. Two small speakers S are positioned a distance of 0.75 m from each other, as shown in the diagram The student moves from point P, which is a maximum, towards point Q. The student notices that the sound intensity drops to a minimum, then goes back to a maximum, and then another minimum, before arriving at point Q, which is another maximum. 5.0 m TIS 0.75 m
1) below. The two speakers are each emitting a constant 2500 Hz tone, and the sound waves from the speakers are in phase with each other. A student is standing at point P, which is a distance of 5.0 m from the midpoint between the speakers, and hears a maximum as expected. Assume that reflections from nearby objects are negligible. Use 340 m/s for the speed of sound. Two small speakers S are positioned a distance of 0.75 m from each other, as shown in the diagram The student moves from point P, which is a maximum, towards point Q. The student notices that the sound intensity drops to a minimum, then goes back to a maximum, and then another minimum, before arriving at point Q, which is another maximum. 5.0 m TIS 0.75 m
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
Transcribed Image Text:Two small speakers S are positioned a distance of 0.75 m from each other, as shown in the diagram
1)
below. The two speakers are each emitting a constant 2500 Hz tone, and the sound waves from the speakers
are in phase with each other. A student is standing at point P, which is a distance of 5.0 m from the midpoint
between the speakers, and hears a maximum as expected. Assume that reflections from nearby objects are
negligible. Use 340 m/s for the speed of sound.
The student moves from point P, which is a
maximum, towards point Q. The student
notices that the sound intensity drops to a
minimum, then goes back to a maximum,
and then another minimum, before arriving at
point Q, which is another maximum.
-5.0 m
IS
0.75 m
a) Calculate Y, the distance from P to Q.
Two more speakers are added, such that each source is 0.75 m away from an adjacent source (as
shown below).
b) The student walks the same distance Y
from point P to point Q you calculated
above. Describe what the student will now
IS
0.75 m
encounter walking from P to Q.
IS
0.75 m
0.75 m
IS
c) Calculate the smallest distance from P at which the student would now hear a minimum.
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