Sunday, 17 April 2016

Gauss' Laws in Tight

So as any two atoms or molecules come together there has to be a slight attraction. We see this hot side attraction will come about from a divergence. The electrons are so much less massive than the nucleus that they scatter quickly. Some electrons from one nucleus will end up overloading a second nucleus. The result of this electron-proton-proton-electron oscillation is a brief and slight attraction instead of repulsion. The vast majority of the time this attraction does not result in a chemical bond but rather some gravity.

Next it is important to see how these slight 'hot side' attractions build in a structure to form larger objects such as planets or stars. Gauss' laws add up and there is always a propensity for the hot side to reside in closer to the middle of a mass. There is a more dense electron cloud as we approach the center of a sphere of mass.

No comments:

Post a Comment