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Because they are of the highest frequencies in the known electromagnetic spectrum. This means their wavelength are very short, which means they will not travel very far, as opposed to low-frequency RF waves. In comparison, the same idea applies to vehicle taillights and why they're colored red (the color red has the longest wavelength in visible light and it will be visible even from a long distance).

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9y ago
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9y ago

If the communication satellites would use ultraviolet waves, the ozone would absorb the waves. This would make the satellites lose communication.

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Q: Why aren't ultraviolet waves not used to transmit signals to and from communication satellites?
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What is the difference between high frequency signals and low frequency signals in terms of 1 distance that can be traveled 2 transmit power required and 3 susceptability to EMI?

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Technically all could be used for communication. Although not all may be suited for the use. Here are a few examples: Radio waves - short wave/long wave radio Microwaves - Used for communication of space objects (spacecraft, satellites, radar etc) Infra-red - Used as a wireless communication between devices like mobile phones Ultra Violet - Butterflies use two ultraviolet signals, UV reflectance or absorbance as a communication system X-Rays - High powered telescopes Dont forget fibre optics for the visible part of the spectrum.


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How is a communication satellite is used?

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How active satellite differ from passive explain with an example?

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How did satellites improve?

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What is gps satellites?

GPS means Global Positioning System. This system includes 24 satellites that transmit microwave signals, allowing us to determine our location on the planet's surface with amazing accuracy. See link for details.