Two radio antennas 60 m apart broadcast a synchronized signal with a frequency of 100 MHz. Imagine that we have a detector 5.0 km from the antennas. (a) At this distance, what is the separation between adjacent "bright spots" in the interference pattern along a line parallel to the line between the antennas? Draw a sketch of this situation (schematic diagram) that accurately illustrates what are the known quantities and what is the quantity you are looking to find. (b) Do "bright spots" mean where the radio signal is stronger or weaker? Explain why. draw diagram
Two radio antennas 60 m apart broadcast a synchronized signal with a frequency of 100 MHz. Imagine that we have a detector 5.0 km from the antennas. (a) At this distance, what is the separation between adjacent "bright spots" in the interference pattern along a line parallel to the line between the antennas? Draw a sketch of this situation (schematic diagram) that accurately illustrates what are the known quantities and what is the quantity you are looking to find. (b) Do "bright spots" mean where the radio signal is stronger or weaker? Explain why. draw diagram
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Two radio antennas 60 m apart broadcast a synchronized signal with a frequency of 100 MHz. Imagine that we have a detector 5.0 km from the antennas.
(a) At this distance, what is the separation between adjacent "bright spots" in the interference pattern along a line parallel to the line between the antennas? Draw a sketch of this situation (schematic diagram) that accurately illustrates what are the known quantities and what is the quantity you are looking to find.
(b) Do "bright spots" mean where the radio signal is stronger or weaker? Explain why.
draw diagram
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