Yes - why?
(media.gab.com)
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Because cell towers transmit waves omni-directional (not focused), and are also relatively low powered transmissions. When a dish is used focus the transmission waves into a tight beam, and the power of a transmission station increased, the waves can travel many times farther. Also, once the Tx waves leave the earths atmosphere, they travel without interference.
{edit}. Think of it like the range of a flashlight set to wide beam, aimed in the dark, through a light fog, compared to a stadium spotlight on tight beam focus.
Explain like I'm Fetterman.
Not sure it can be dumbed down that far.
Just say to trust the science in that case.
Science!
Or depending on if he's having a tough mental or day or not...
magic
Goodnight Everybody. Moon. Phone-thingy. Talky-Talky. Hello.
Big radio signal, focused beam go far, connecting one caller to another from earth to moon.
Small radio towers, broad signal, too weak for space travel, but supports many callers at once.
Him use big words
pie. pipe. Frac. Franing. I was for. Fracking it. pipe. yeah.
Thanks. That's a great answer.
so cell towers have shorter range than landlines, got it!
That’s not what was said whatsoever...
Omnidirectional has shorter range than directional. The earth is round. Put it all together.