What About Waves In Satellites Improvements

 For those in satellites business, industries you know that waves must be visualize with waves equipments to see where the direction go to continue experiments on the waves, mostly you must know where the waves touch on the ground and where the waves reach when bounce back, for devices connected to satellites, you must make satellites waves emitted long enough to reach devices connected to satellites, next the bounce back waves must long enough to reach the satellites, because the satellites keep orbiting so installing ground satellites you place the ground satelllites in a circle conformation or you hand a satellites, so waves emitting from emitters , returning at receivers using the orbits satellites conformations, the round circle conformations with the ground satellites pausing everytime emitting and receiving waves and continue to rotatate at next rotation at different angle pausing while emitting and receiving waves and continue to rotatate, the conformations in the picture below they have no rotating satellites dishes function and the satellites in the orbit. Researchers say waves reflected at straight angle also despite travelling at straight angle from waves emitters. Waves also arrives at straight angles at receivers.


Straight or scattered waves depend on your likings, you can experiment with either straight or scattered waves.

When you realize the satelllites orbits in a speed, people receiving the wifi is like hey when I am getting the wifi, because the satellite is on top of a european country in orbit, but the person device located at america, wasn;t sure you experimented with scattering waves at 180 degree, 360 degree with multiples waves emitters and waves receivers but you know that when they scatter at northern hemisphere of earth but they they unable to scatter at the southern hemisphere of earth, that is why they have orbits satellites conformations, the round, circle conformations, the conformations in the picture below and the satellites in the orbit.

 


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