WebMinerals with the same chemical composition but different crystalline structures; Examples include diamond and graphite; both carbon Phase change one polymorph changing into another Luster Appearance in reflected light: Is either metallic or nonmetallic Color WebMar 19, 2024 · Both diamond and graphite are covalent networks and are both made entirely from carbon, but why does diamond have a three dimensional network of strong …
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WebAlthough graphite and diamond have the same chemical composition, their different crystal structures give them very different physical characteristics. For example, … WebThe minerals: silicates, carbonates, oxides, sulfides, and sulfates. Diagnostic properties include hardness, cleavage, luster, color, density, and the shape of the crystal. What determines the properties of rocks? mineral content (the kinds and proportions of minerals that make up rocks) pool lounge with shade
Graphite: A mineral with extreme properties and many …
WebGraphite and diamond are the two mineral forms of carbon. Diamond forms in the mantle under extreme heat and pressure. Most graphite found near Earth's surface was formed within the crust at lower temperatures … WebDiamond and graphite are different forms of the element carbon. They both have giant structures of carbon atoms, joined together by covalent bonds. However, their … Web4.Graphite. 5.Diamond. 6.Amorphous carbon. 14. 1. What allotrope of carbon did you choose? 2. How are the carbon atoms linked to one another in your chosen allotrope? 3. Why is it possible for carbon atoms form different structures? Answer: 1.Diamond and graphite . 2.covalently bonded to four other carbon share chat bat