Microwaves are commonly used to communicate with satellites due to their ability to penetrate the Earth's atmosphere and transmit data over long distances. This frequency range is well-suited for satellite communication because it can effectively transmit signals without being significantly attenuated by the atmosphere.
No, communicating with satellites typically uses radio waves, not gamma rays. Gamma rays are a form of high-energy electromagnetic radiation that are more commonly used in medical imaging, scientific research, and some industrial applications, but not for satellite communication.
Satellites can be categorized into different types based on their functions: Communication satellites: used for telecommunications and broadcasting. Earth observation satellites: used for monitoring weather, land use, and environmental changes. Navigation satellites: used for global positioning and navigation systems. Scientific research satellites: used for space exploration and scientific experiments.
delivering signal waves throughout the world for the people to have the ability to communicate with others.
satellites
Yes
Electromagnetic waves, specifically radio waves, are commonly used to communicate with satellites. These waves travel through the vacuum of space and can transmit information over long distances.
by telephone
No, but some can detect them
Microwaves are typically used to communicate with satellites in space due to their ability to penetrate Earth's atmosphere and transmit data over long distances reliably.
Yes, but the suns rays quickly form over the soon to be eclipse.
No. No point, radio waves have much better range than UV rays.
Microwaves are radio waves.Most satellites communicate in microwave radio frequency bands.
they use gamma rays... i think. top that peeps!
the top reaches the bottom and sees the light and reflacts
They don't. Only by touch
Microwaves are commonly used to communicate with satellites due to their ability to penetrate the Earth's atmosphere and transmit data over long distances. This frequency range is well-suited for satellite communication because it can effectively transmit signals without being significantly attenuated by the atmosphere.