When particles did not have enough energy to shoulder the compression value, they banded together in groups that had enough energy to shoulder the compression jointly. These groups became the nuclei of the atoms. The negative electrons are attracted to the positive protons because the larger push and the larger pull head in the same direction in space. When they join it makes a neutron. The protons and the neutrons make up the nucleus. In the atoms there is compressed space around the nucleus. The electrons are attracted to the protons in the nucleus. The neutrons, protons, and electrons shoulder the displaced space as a group, to form atoms. The electrons travel in the displaced space around the nucleus. The displaced space makes levels in the atom. When the atoms did not have enough energy to shoulder the displaced space, the atoms banded together to form molecules. When the compression is high around the nucleus, the nuclei can not get close together. The molecules share the levels. In molecules, the levels close to the nucleus are not shared and the levels farther from the nucleus are shared. Electrons travel in the shared levels. The levels continue to share through the atom. When there are more than two atoms, there are more shared levels and the levels are shared more than one time. Electrons traveling in the shared molecule levels are covalent bonds. An ionic bond is an electron in the shared levels filling in the electron arrangement in a different atom. When molecules did not have enough energy to support the value of space they displaced, large groups of molecules banded together to form stars and then planets.
Atoms and Molecules
Orange: nucleus
Black: electrons
Blue: compression
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