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TOP TEN UNDENIABLE PROOFS THE EARTH IS FLAT
originally posted by: Out6of9Balance
a reply to: sapien82
I've seen some science from the FE'ers. To be honest it got me doubting.
Now I don't know.
originally posted by: Out6of9Balance
a reply to: captainpudding
Everytime, like when they film objects on water miles away too?
Perhaps.
Some things are explained as globe and flat at the same time so it's pretty confusing.
I assume that when you were introduced to the globe earth theory first and have been believing it
for a while someone coming up with a flat earth theory is quite disturbing.
originally posted by: neutronflux
originally posted by: turbonium1
How could we transmit signals from one specific point on Earth, via shortwave, over thousands of miles away from it....if the Earth was round?
It couldn't work, at all.
Only on a flat Earth, would it work. This proves Earth is flat, not a big ball.
Then why doesn’t all broadcasting frequencies work that way? Most be something inherent to shortwave.
Shortwave radio
en.m.wikipedia.org...
Radio waves in the shortwave band can be reflected or refracted from a layer of electrically charged atoms in the atmosphere called the ionosphere. Therefore, short waves directed at an angle into the sky can be reflected back to Earth at great distances, beyond the horizon. This is called skywave or "skip" propagation. Thus shortwave radio can be used for very long distance communication, in contrast to radio waves of higher frequency which travel in straight lines (line-of-sight propagation) and are limited by the visual horizon, about 64 km (40 miles).
Turbolag your a hack.
originally posted by: Out6of9Balance
a reply to: neutronflux
I'm not.
I'm not disturbed by a spherical earth. You are.
en.m.wikipedia.org...
VHF signals with frequencies above about 30 MHz usually penetrate the ionosphere and are not returned to the Earth's surface. E-skip is a notable exception, where VHF signals including FM broadcast and VHF TV signals are frequently reflected to the Earth during late spring and early summer. E-skip rarely affects UHF frequencies, except for very rare occurrences below 500 MHz.
Frequencies below approximately 10 MHz (wave lengths longer than 30 meters), including broadcasts in the mediumwave and shortwave bands (and to some extent longwave), propagate most efficiently by skywave at night. Frequencies above 10 MHz (wavelengths shorter than 30 meters) typically propagate most efficiently during the day. Frequencies lower than 3 kHz have a wave length longer than the distance between the Earth and the ionosphere. The maximum usable frequency for skywave propagation is strongly influenced by sunspot number.
Skywave propagation is usually degraded – sometimes seriously – during geomagnetic storms. Skywave propagation on the sunlit side of the Earth can be entirely disrupted during sudden ionospheric disturbances.
Because the lower-altitude layers (the E-layer in particular) of the ionosphere largely disappear at night, the refractive layer of the ionosphere is much higher above the surface of the Earth at night. This leads to an increase in the "skip" or "hop" distance of the skywave at night.
originally posted by: neutronflux
a reply to: turbonium1
Again. Satellites don’t broadcast in the shortwave band.
A swing and another miss by Turbolag. Flat Esther’s zero, science concerning spherical earth batting 1000.
originally posted by: neutronflux
a reply to: turbonium1
Except when your on a hill /mountain looking down hill / mountain.
Yes, when your in a valley looking up hill the “horizon rises up”
Your such a hack.