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originally posted by: turbonium1
originally posted by: TerryDon79
Turbo? Please tell us again how bugs can fly with no resistance!
I mean, their wings are just for show, right?
The flapping obviously doesn't do anything, if they have no resistance, right?
Also, please jump off a very VERY tall building, while recording it, to prove there’s no gravity.
Can you also post a photo of someones hand? I mean glove. Nope, I meant hand!
LOL
They use a force which allows them to fly above the Earth, in air. They don't face any resistance from flying above Earth, which you claim exists within Earth, 'holding', and 'pulling down' all objects to the Earth's surface!!
If a force existed within Earth, called 'gravity', which 'held', and 'pulled down', all objects....it would 'hold' all birds, all insects, to the Earth's surface, and if birds, or insects, tried to OPPOSE that immense force, 'holding' all objects to the surface.....it would offer RESISTANCE to the opposing force of birds, or insects, which attempt to fly above the Earth's surface!!
But they fly freely, without any resistance, which proves there is NO force 'holding' or 'pulling down' objects to the Earth's surface.
It's simple to grasp this concept, is it not? A force resists opposing forces. This applies to all real physical forces, no exceptions. A magnet holds metal, and pulling the metal from the magnet offers resistance, by the magnet. A wind which is opposed by someone trying to walk against the wind, will face RESISTANCE from the wind, when trying to walk against it. But, when walking in calm air, there is no RESISTANCE from the wind, and we can walk much easier.
If we swim against a current, it is very hard, even impossible. The force used to swim, is opposed by another force - the current. The current is a force which opposes those swimming against it. The current RESISTS those swimming in the opposite direction of the current, or force, within the river.
You swim against a current, and face resistance. If you swim with the current, you face no resistance, and it's likely much easier to swim, as well. You GO with the force, which allows you to swim faster, easier, then otherwise.
If the current has no effect, or nearly so, swimming is easy. No resistance.
Why would you think a bird faces resistance from a force 'pulling down all objects', when it flies freely above the Earth?
Forces offer resistance to opposing forces, that's how all real forces work.
'Gravity', the greatest of all forces, which resists nothing!!
The earth rotates once every 23 hours, 56 minutes and 4.09053 seconds, called the sidereal period, and its circumference is roughly 40,075 kilometers. Thus, the surface of the earth at the equator moves at a speed of 460 meters per second--or roughly 1,000 miles per hour.
Satellites that are further away actually travel slower.
originally posted by: Out6of9Balance
a reply to: Akragon
That doesn't explain why they remain stationary. It's a globe, remember.
Do you understand this?
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.
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).
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: 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.