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Two radio antennas 60m apart broadcast a synchronized signal with a frequency of 100Hz. Imagine that we have a detector 5.0km away from the antennas. 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? I need a detailed explanation.

2006-11-16 11:38:32 · 2 answers · asked by Shirley P 1 in Science & Mathematics Physics

2 answers

Well because physics includes the reality of actual planet
and gravity laws rather than statistical laws, you could be in
for a surprise. This test when done according to weather,
highway, topography or even real estate maps shows that
there is much more land than our maps show. This oddity is
called reclaimed lands. Something like the proof of other
planets there is such a thing as hidden data, for instance on
why, who owns, and what was sonar, or radar based upon.
In other words the report will be in terms of the VISIBLE range
of the area within your own understanding, and actually is
the area because it has been verified because you use the
proper equipments. This shows up, in unique ways and is not
allowed to use with time packaging realties, or resources.
Go figure! Someone who owns the future fuel fields is around.
Microphone companies can give you a chart that applies to
your area. Frequency broadcast charts show about one mile
is the maximum omnisound, and would be blank frequently.

2006-11-16 11:46:22 · answer #1 · answered by mtvtoni 6 · 0 0

i dont have physics answer

2006-11-16 19:40:18 · answer #2 · answered by Anonymous · 0 0

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