exe ex machina
Kylo was here
Newton’s Theory, that’s all it is -- a theory. There is nothing that conclusively proves the gravity exists.
Newton’s Theory is basically that we are stuck to earth due to a magnetic force or an attraction of sorts.
This would make sense if we didn’t have MASS or G-FORCE on planet earth. Mass and G-Force disprove Newton's Theory.
It is simple enough to prove that gravity is not keeping us on the Earth...
Experiment One:
Get a magnet of a sensible size and place some objects onto a table. Start with something small like paper clips and gradually work up in mass to something heavy like a bike. Place the magnet over the paper clip, you will see the magnet drags it off the table with ease -- a very strong gravitational force. Then work your way along the objects from smaller lighter items to larger heavier items and you will discover something. The magnetic field is far more powerful on smaller items of less mass, whilst the heavier larger mass items are barely affected by the magnetic field -- they wont be lifted from the table.
Experiment Two:
Find a large open area such as a field and take the same items you used for the table experiment with you. Start with the heavier larger mass items and stick them to the magnet. Now hold the magnet in your hand and spin around as fast as you can. You will see the heavier larger mass items easily drop off the magnet even at slow speeds, yet the lighter less mass items such as a paper clip will stick to the magnet regardless of how fast you spin.
By doing this experiment you will understand that items of high mass are much easier to lose gravitational pull than items of less mass.
Now apply this experiment to the planet Earth. Remember, the Earth is supposedly spinning at extremely high speeds. So bearing in mind your two experiments and the supposed laws of gravity, what items should be easier to pull away from the gravity of Earth? The heavier larger mass items should succumb to the G-force.
So why is it that gravity is not acting as it should? Surely, the smaller less mass items on Earth should be nearly impossible to lift due to the gravitational pull, and the larger heavier mass items should be easy to fling off. Yet, as we saw in the two experiments, the opposite is the case.
Turn a bike upside down, place water on the back wheel, then turn the pedals and watch as the water is propelled and displaced away from the tire. Now try this with heavier mass items such as soil and mud. You will see it leaves the tire even faster as it has more mass and is propelled by G-force.
So, you can’t have G-force and gravitational pull working against each other as it wouldn’t work.
The larger and heavier the item on Earth, the lighter it would be with G-force, (the Earth spinning) as G-force is flinging such items away off it. Yet, if we go with the immense pull of gravity, then the smaller lighter mass items on Earth would be impossible to fling off.
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Explanation of G-force: http://www.gforces.net/what-is-g-force-meaning.html



