Wrong and crap that is very scientific of you. Are you stating that gravity is not a constant and any matter on the surface is not being drawn by force centripetally at a constant rate to the center of gravity?
E=mc2 questions?
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To move an object you have to apply an equal and opposing force, you are simply replacing the energy that is lost to gravity.
Will you ever learn to read?
You made specific claims/ statements.
I quoted them.
And appended my words.
I did NOT say anything at all about "gravity is not a constant and any matter on the surface is not being drawn by force centripetally at a constant rate to the center of gravity?" and nor did you.
No.
Completely and utterly wrong.
No, that's the wrong kind of energy. That demonstration has nothing to do with either weight or e=mc^2.
You are wrong, gravity exerts a constant force on matter, this is equal to energy loss from the matter, there is no way something can be pulled centripetal always and have no energy loss if it can not move because of obstruction.
Electrons attracted to protons and Protons attracted to electrons is gravity.
That equation is gibberish. It doesn't even have the right units.
Nope.
Nope.
And especially not if the matter is stationary on the surface.
No.
Not even close to being accurate.
For someone who claims to know and understand science you have a remarkable capacity for posting comments/ claims that aren't scientific.
it probably is gibberish, but the idea is just to express the idea to the proper scientists, showing an object is always under energy loss to gravity.
I'll say it again: you need to start from scratch and learn physics from nothing. Your current approach of spouting gibberish in the hope that we can somehow translate the gibberish into a useful thought for you is counterproductive at best.
No, it's not gravity, it's electromagnetic force. Gravity is the weakest of the forces, which is why it takes so much matter to make it noticeable. On the sub atomic level, gravity is so minute that it can't be measured.
No. There is no energy lost to gravity. Gravity isn't enery. Again, you don't even know what any of those words mean -- you shouldn't be trying to put them together into a sentence. You need to start learning physics from scratch.
Really , an electron is attracted to the proton, therefore other proton will be attracted to the electrons of other atoms and so on, the denser the mass the more attract there is of both protons and electrons, of other atoms, more than obvious.
Density....
I'm starting to wonder if T-C is really (or is utilizing) a technobabble-generating bot. Because I don't know that I've ever encountered anyone who was able to generate such a massive quantity of gibberish so quickly.
No: the electron and proton are attracted to each other with one force -- the same force -- and it is the electromagnetic force. It has nothing to do with gravity or mass.
it is far from gibberish,
Read what you put, the electron and the proton are attracted by electromagnetic forces, this electromagnetic force will attract other atoms , protons and electrons, the denser the mass , the greater the force of electromagnetic force.
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