So this is a question strictly for FEers, and that’s why I asked it here.
All I want is know what FEers believe in regards to this question. It’s actually about round Earth, but given the context of the question, it’s indirectly about FE, too.
Basically in a debate thread, sceptimatic believed that a Space X rocket couldn’t land on the barge it was said to land on (in a RE scenario) because after some time into the flight, the Earth will have rotated underneath the rocket.
Given this line of thinking, do you believe that, in a RE scenario, 737s traveling east would have to travel at 1600 mph?
Additionally, this would mean that 737s traveling westward would actually have to be flying backwards at around 400 mph just given what we know about flight times.
Since this type of flight is impossible, do you think that this reasoning gives more credence to FE theory?
Not here to debate. Just want to know.
Ask yourself why Brian Cox and his fighter pilot managed to stop the sun from setting, as they put it, by catching up with the Earth's so called spin.
Explain what he meant by that? Because the only way I can see that happening on the fictional globe is to negate the atmospheric push on the jet against the so called spin and drag against the jet.
To make this more simpler.
The jet is on the ground. The sun is supposedly setting on the so called globe, which means the globe is spinning backwards away from the sun.
The jet takes off towards the disappearing sun but initially it apparently gets dragged back with the spinning Earth and atmosphere.
However, Brian Cox then says, we've speeded up towards the sun and caught up with the spin of the Earth and now we can see the sun frozen, neither rising nor setting.
No matter which way you try to angle this, it's pretty clear above anything that he's made a massive boo boo, probably due to arrogance.
If anything it shows that the spin of the so called globe can be negated and if that's the case then it has to work for everything.
But that creates a massive problem if this was the truth, so what can the alternative be to ensure this works?
It's pretty easy.
You simply follow the sun as it moves
AWAY from you. You catch up with the speed that sun is moving away.
Now you are in near unison with that moving sun spot. End result? A move over and around a near plain to negate the moving sunspot and render that sun spot as a visual stand fast position.