I still can't believe someone would even think about this. Don't you have something better to do in your life? Probably not. The point still stands; you can build a cheap mini rocket and fly it upwards with a camera.
yup..
and because of the tidal bulge it's actually technically more of a football shape.
partially because of the sun's gravity but mostly because of the Moon's gravitational pull.
the side the moon is facing gets drawn up and pulled on and then the opposite side of the earth gets the same.
..a football shape.
Really?
Look at the evidence without your preconceived biases and you'll see the problems also. Here is a few problems with the standard model among hundreds...What is keeping the all powerful vacuum of space from sucking off earths atmosphere? Please Explain to me how the moon gravity is strong enough to pull our oceans yet earths gravity hasn't pulled the moon into us yet. I could literally go on for hours about this. Why was relativity created to dismiss experiments such as Aires failure which prove the earth isn't moving?
Clear thinker using common sense video:
https://www.youtube.com/watch?v=qv6vjpgYbzQ enjoy watching.
1) What properties do you believe space has that would necessarily suck away Earth's atmosphere? What is the basis for your assumption? To make such an assumption, you must have a theory or model of how and why this would work.
2) With regards to the Earth and its oceans and the moon, first you need to know what gravity is. According to general relativity, objects with mass create curvatures in space. The effects this curvature has on other nearby objects is what we call gravitational force. We know that space curves as a result of mass because this was confirmed by astronomers testing Einstein's theory. Initially, this was confirmed when astronomers were able to observe distant stars that should have been blocked by the Sun but were visible because their light bent around the Sun due to the curvature in space as a result of its mass.
So, because the Moon and Earth are also mass objects like the Sun, they also create curvature in space. The gravitational forces created by each body affect the other, but because Earth is something like 80 times more massive than the Moon, its gravitational pull is much greater. This doesn't mean the Moon's pull is negated; it still exists, and we see its effects on our oceans (i.e. The tides).
The moon doesn't crash into Earth because it's in orbit. If you imagine throwing a rock horizontally, the rock falls to Earth due to gravity. If you were to throw a rock really, really far (say, a few kilometers) it would fall to Earth too, but to hit the ground it would need to fall farther to account for Earth's curvature, and so it would. Now, if you threw a rock really, really, REALLY far, it's possible that you could throw it so hard that it would keep falling and falling but never hit the ground, and instead it would circle the Earth as it continually falls around Earth's curvature. This is what happens with the moon; it's continually falling towards Earth but never hits it because it is at the right speed and distance from Earth that it stays in orbit. And so 'round and 'round it goes.