One more unsupported, unprovable sorry excuse.
No. One more solid rebuttal against your BS.
It is a situation where 2 opposing forces are acting upon you.
If gravity and centrifugal forces can act on water at the same time, then why doesn't the water in the rotating bucket fall to the lowest place on earth?
Because in this situation the centrifugal forces are greater, causing it to fly to the outside of the bucket. If you slow the bucket down enough, eventually gravity wins and you get wet.
The centrifugal force of earth's spin is said to be strong enough to force the water on earth into a bulge out, and even more at the equator.
Yes, a very tiny amount. The bulge is a mere 0.15%.
Lake Victoria, right on the equator, shows no signs of bulging out over its surface.
That is because you aren't viewing a large enough area.
Even if you were viewing all of Earth, the bulge is so small you cannot detect without a guide or instrument.
That large body of water is flat and horizontal to plane earth
Except you can't show it is flat.
There is no indication it isn't following the curve of Earth.
where the water is seeking the next lowest point it can fall to, it is not bulging out.
Again, you just can't detect it.
Not detecting it doesn't mean it isn't there.
Two opposite forces, gravity, and centrifugal force, cannot act on water at the same time.
Yes, they can. They do so quite often.
You even provided a video where it happened.
Here is that video again:
If only one force could act then either the water would have to fall to the bottom of the container, being completely consistent with a stationary one, or it would need to fly to the side, not being under the force of gravity (or whatever else you want to say makes things fall) at all.
Instead, the water surface is at an angle, in one case following a parabola (at least approximately).
If you wish to assert they cannot act at the same time you will need to provide a reason (and preferably evidence) which indicates they can't.
Having one force massively larger than the other so it appears that only one is acting is not demonstrating the other one is not acting, all it does is indicate the other is too small to detect in that experiment.
You would need a situation where the 2 forces are comparable in magnitude (like say the video you provided), where only one acts.
because you know you're wrong about Lake Victoria and the centrifugal force of the alleged spinning globe. The water in Lake Victoria behaves like it is on a motionless plane, not a spinning speeding ball.
No. We know you are wrong.
On the small scale, the water in Lake Victoria behaves like Earth was either a motionless plane or a spinning, speeding ball.
There is no way to distinguish them.
On the larger scale, it acts like a spinning ball, not a motionless plane.
Especially if the idea is beyond refutation. You can't refute what earth's nature shows:
Good think your idea is very easy to refute and goes completely against what Earth's nature shows.
Tell you what, Africa looks pretty dang flat, and that large body of water does not behave like centrifugal forces are bulging out.
It looks pretty consistent with both, until you get a curved horizon.
You can believe what you wish, but the evidence from earth's physical state, just does not support a spinning globe.
No. It does support it.