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Very interesting explanation as to how colour or elements are what they are, least for explaining silver and gold. Certainly for non oxided elements, Bismuth b
by Zenst 13y ago
Very interesting explanation as to how colour or elements are what they are, least for explaining silver and gold.
Certainly for non oxided elements, Bismuth being a wonderful element colour wise with oxidisation in effect.
I do enjoy articles like this as they explain the more common building blocks of elements in a way that gives you a different perspective beyond the periodic table list and would love to see this expanded into a colour chart of elements and there relationships.
Had quick look and found this: http://periodictable.com/Properties/A/Color.html http://periodictable.com/Properties/A/Color.html
Which is interesting as many are describes as Silver in colour, though very few yellow (sulphur, chlorine) and Gold being described as gold. Though that is the only metal yellow and with that would possibly explain its unique colour.
On a side note I recall in the early days the fuss about creating that perfect gold colour with R,G,B and the arguments abound with whos gold was gold and whos was yellow. With that it is a fascinating colour and one that not easily replicated.
- creamyhorror 13y agoIt was an early source of amazement for me to learn that we could actually calculate the colours of certain substances from their electron transitions (albeit with some empirically determined constants). A diagram, an equation, a few constants, and boom, you have the actual colour of a substance that matches your real-life observations. For reasons like this, I was quite into chemistry for a few years in high school. It's a demonstration of our ability to discover the principles of reality and make meaningful predictions, rather than merely observe and catalog nature as our ancestors did. It's one of the wondrous aspects of science for me.