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I found that gravity affected how the ions/covalent compounds moved. When applying gravity the particles drifted to the bottom of the rectangle, as opposed to floating about the space. I think it affected how they bonded because their movement was restricted in a way that would prevent them from taking advantage of their full bonding capability.

I only included an image of the covalent compounds because the ions look very similar, if not identical.

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Conclusion: The volume affect depending on the number of electrons there are, as you see in the in both sides there are 25 electrons and protons and, when these protons and electrons have less space, they will move faster and all of them would be overcrowded. In the other side, these particles have more space to move around and they move more slowly.

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We observed that when temperature rises they move faster and when temperature decreased they moved almost nothing or didnt move at all.

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We saw that when we increased the number of +/- ions and the number of Atoms, they get all ions/atoms together and move less.

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We saw that the more bonding charge we added, the more they sticked to each other and when the bonding charge is at a minimum, they won't stick together as much.