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Luster, Scratch, and Hardness.

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When we discussed the beginnings of the universe, we noted the dropping temperatures were essential for the organization of matter as we know it.  First the subatomic particles (quarks, electrons, etc.) were able to form, when temperature dropped further quarks were able to organize into protons and neutrons, then these were able to form simple atomic nuclei, and finally neutral atoms of hydrogen and helium could form when temperatures had dropped even lower. The remaining elements of the periodic table were produced via successive nuclear fusion in stars (up to iron), and under the intense pressures and temperatures of supernova explosions (up to uranium).

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Luster and Hardness

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Luster, scratch, and hardness

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Luster, hardness, refract-er, etc.

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Luster and Scratch

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Hardness and Scratch

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hardness and color

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color and reaction

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there sturdiness and hardness of there color also.

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there sturdiness and hardness of there color also.

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the color and hardness and the luster etc.

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the color and hardness and the luster

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luster

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Their color, shape, texture, and luster

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Hardness and color.

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Reactions

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there are many meteals and hard things of that such

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Luster and Hardness

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Hardness and Scratch

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Hardness and the Scratch test