There are a lot of variables involved in a jump like that other than those related to Coriolis Effect. Let me check out the video and look into it a little.gradles21 wrote: ↑February 9th, 2022, 11:31 amThe red bull space jump that I referenced earlier debunks the Coriolis Effect. If the earth is turning underneath objects such as bullets and rockets, then it would have also turned underneath Felix Baumgartner, and there is no way he would have landed only 23 miles away from where he took off.Dusty Wanderer wrote: ↑February 9th, 2022, 11:02 am I also find the conservation of angular momentum a compelling argument for the earth being a spinning globe. AKA: Coriolis Effect. Explained really well here (6min): https://www.youtube.com/watch?v=aeY9tY9vKgs
In the northern hemisphere objects in motion perpendicular to the rotational spin (angled more toward the north pole) will experience deflection to the right (east). In the southern hemisphere it is to the left (east). And none on the equator.
One way of observing this first-hand is with a controlled water drain (vortex). Like this one: https://www.youtube.com/watch?v=mXaad0rsV38
Another way of observing this first-hand is with Foucault's Pendulum. https://www.youtube.com/watch?v=M8rrWUUlZ_U
As I understand it, if the earth were flat and spinning, the water drain vortex would spin the same way, regardless of region. If it were flat and not spinning, there would be no vortex at all. And in the case of the pendulum, same thing.
Go fill up all of the sinks in your house and let them drain, I'll bet you they don't all drain in the same direction, at least they don't in my house.
While I do that, though, how does that change what's been observed with my references above? The Red Bull jump may raise some questions, but the observations still stand. I've personally observed them myself, first-hand.