Radio Detector. Two radio antennas A and B are placed 10.0 [m] apart as shown. They coherently emit identical radio waves with wavelength of 4.00 [m]. A detector (red dot) is initially placed at point O, a distance y above antenna B, where it registers the occurrence of m = +1 maximum. The detector is then moved along a straight line OP to a new location P that is directly to the right of antenna B. If the detector again registers m = +1 maximum at P, what is the distance r between points O and P?

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Radio Detector. Two radio antennas A and B are placed 10.0 [m] apart as shown. They coherently emit identical radio waves with
wavelength of 4.00 [m]. A detector (red dot) is initially placed at point O, a distance y above antenna B, where it registers the occurrence of
m = +1 maximum. The detector is then moved along a straight line OP to a new location P that is directly to the right of antenna B. If the
detector again registers m = +1 maximum at P, what is the distance r between points O and P?
10.0 m
1"
y
26
0
●
B
O A. 5.70 [m]
O B. 6.12 [m]
O C. 10.9 [m]
O D. 12.6 [m]
Transcribed Image Text:Radio Detector. Two radio antennas A and B are placed 10.0 [m] apart as shown. They coherently emit identical radio waves with wavelength of 4.00 [m]. A detector (red dot) is initially placed at point O, a distance y above antenna B, where it registers the occurrence of m = +1 maximum. The detector is then moved along a straight line OP to a new location P that is directly to the right of antenna B. If the detector again registers m = +1 maximum at P, what is the distance r between points O and P? 10.0 m 1" y 26 0 ● B O A. 5.70 [m] O B. 6.12 [m] O C. 10.9 [m] O D. 12.6 [m]
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