Re: The Sun: Millions of miles away?
One more thing pastor, I avoided another step to clarify my results. Hydrostatic equilibrium. I just did not want to confuce people even more by going into nuclear physics and the laws which keep our sun burning. Next of is the repulsion of the atoms in the sun. If you take a pot of water and weld the top to the pot, the pot will explode if you boil it. There must be a force counteracting the repulsion, to keep the pot stable (much like our sun). With our sun, it needs a specific amount of mass in oder to overcome the pressure building up by the nuclear reactions in its core. If you want I can do the calculations, but it would be an overkill on information which i would have to present.
One more thing pastor, I avoided another step to clarify my results. Hydrostatic equilibrium. I just did not want to confuce people even more by going into nuclear physics and the laws which keep our sun burning. Next of is the repulsion of the atoms in the sun. If you take a pot of water and weld the top to the pot, the pot will explode if you boil it. There must be a force counteracting the repulsion, to keep the pot stable (much like our sun). With our sun, it needs a specific amount of mass in oder to overcome the pressure building up by the nuclear reactions in its core. If you want I can do the calculations, but it would be an overkill on information which i would have to present.
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