the elements a metal of a reddish white shade crystallizing in rhombohedrons its notably harder than lead and rather brittle masses show wide cleavage areas when broken across It melts at 507deg Fahr being effortlessly fused when you look at the flame of a candle it's present a local state and also as a constituent of some nutrients Specific gravity 98 Atomic weight 2075 logo Bi
- huge brittle diamagnetic trivalent metallic element (resembles arsenic and antimony chemically); usually recovered as a by-product from ores of other metals
- one of many elements; a metal of a reddish white color, crystallizing in rhombohedrons. It really is notably harder than lead, and instead brittle; public reveal wide cleavage areas when damaged across. It melts at 507Â¡ Fahr., becoming effortlessly fused in the fire of a candle. It is situated in a local condition, so when a constituent of some minerals. Specific gravity 9.8. Atomic body weight 207.5. Representation Bi.
1660s, from outdated German Bismuth, in addition Wismut, Wissmuth (early 17c.), that is of not known beginning; maybe a miner's contraction of wis mat "white size," from Old High German hwiz "white." Latinized 1530 by Georgius Agricola (and also require already been the first to recognize it as a component) as bisemutum. Based on Klein, perhaps not from Arabic.
Alchemical symbolization for bismuth.
(n.) Among the elements; a metal of a reddish white color, crystallizing in rhombohedrons. It's significantly harder than lead, and instead brittle; public show broad cleavage areas when broken across. It melts at 507 Fahr., becoming easily fused when you look at the fire of a candle. It really is present a native state, and as a constituent of some nutrients. Specific gravity 9.8. Atomic body weight 207.5. Logo Bi.
By the joint action of water and air, thallium, lead, bismuth are oxidized, with formation of more or less sparingly soluble hydroxides (ThHO, PbH 2 O 2, BiH303), which, in the presence of carbonic acid, pass into still less soluble basic carbonates.