You're describing the wavelike line that shows up on the maps at mission control when they
plot the path of the spacecraft that they've just launched.
Try to imagine this:
The satellite is circling the earth at a constant rate ... say one orbit every couple of hours. At the same time,
the earth is rotating under the satellite, one complete spin every 24 hours.
Add these two motions together, and you'll see that a point on the ground ... if it always stays directly UNDER
the satellite ... will trace that 'wave' shape on the ground.
No people should fly on satellites.
airplanes can not but satellites can
6 m
Ratio
Satellites, by definition, are in orbit. Which means that they're circling their host (planet). IF you were to increase their speed enough, they would. (And if you slowed it enough, then they would fall to the ground.)
No people should fly on satellites.
airplanes can not but satellites can
Transverse :)
6 m
no
Radio waves are electromagnetic. That's how they can get down here from satellites.
wave forms of fly back converter
Ratio
about 350 miles is where the international space station is.
The letter "S" defines a wave pattern.
A sound wave
Satellites, by definition, are in orbit. Which means that they're circling their host (planet). IF you were to increase their speed enough, they would. (And if you slowed it enough, then they would fall to the ground.)