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The deep red color in minerals is often due to the presence of iron oxide, such as hematite or garnet. Other minerals that can contribute to a deep red color include cinnabar (mercury sulfide) and rhodochrosite (manganese carbonate).
alloy and iron
Minerals that produce deep red colors include cinnabar (mercury sulfide), cuprite (copper oxide), vanadinite (lead chlorovanadate), and rhodonite (manganese silicate). These minerals derive their red color from the presence of specific chemical elements or compounds in their crystal structures.
The color of rocks is determined by which minerals make up the rocks. Red minerals like iron-containing hematite would make a red colored rock and sulfur containing minerals would make yellow.
iron
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deep red and yellow
There are a lot. For example, I know Purple and Green make it and I think Red and Green.
Red with some black or dark purple added to it.
The lower mantle is believed to be composed mainly of silicate minerals such as perovskite and magnesiowüstite. These minerals are not thought to have a specific color, as they are located deep within the Earth where light does not penetrate.