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Spirit of wine (concentrated ethanol; called aqua vitae or spiritus vini) ๐ (), S.V. or ๐ Amalgam (alloys of a metal and mercury) ๐ = aอaอa, ศงศงศง (among other abbreviations). Cinnabar (mercury sulfide) ๐ Vinegar (distilled) ๐ (in Newton) Vitriol (sulfates) ๐ [5] Black sulphur (residue from sublimation of sulfur) ๐ [7]
She possess the attributes of a typical water fangool, yet at the same time, she is a blood fangool. [7] The Senegalese Ministry of Culture added the Mbind Ngo Mindiss site to its list of monuments and historic sites in Fatick. It is the site where offerings are made, situated on the arms of the sea which bears her name, in the Sine. [8]
Some water spirits in traditional African religion include: Mami Wata is a transcultural pantheon of water spirits and deities of the African diaspora. For the many names associated with Mami Wata spirits and goddess, see Names of Mami Wata. [1] Owu Mmiri of some riverine people of Nigeria are often described as mermaid-like spirit of water. [2]
Element W1 W2 01 H hydrogen: 1.08×10 −1: 1.1×10 −1: 02 He helium: 7×10 −12: 7.2×10 −12: 03 Li lithium: 1.8×10 −7: 1.7×10 −7: 04 Be beryllium: 5.6×10 −12: 6×10 −13: 05 B boron: 4.44×10 −6
Anne-Marie Bird links Pullman's concept of "Dust" to "a conventional metaphor for human physicality inspired by God's judgment on humanity." [1] Writing in Children's Literature in Education, she suggests that the first trilogy develops John Milton's metaphor of "dark materials" from Paradise Lost "into a ‘substance’ in which good and evil, and spirit and matter – conceptual opposites ...
Azoth was believed to be the essential agent of transformation in alchemy. It is the name given by ancient alchemists to mercury, which they believed to be the animating spirit hidden in all matter that makes transmutation possible. The word comes from the Arabic al-zฤ'bลซq which means "mercury".
Different parts of the ocean do have slightly different isotopic concentrations: δ 18 O values range from –11.35‰ in water off the coast of Greenland to +1.32‰ in the north Atlantic, and δ 2 H concentrations in deep ocean water range from roughly –1.7‰ near Antarctica to +2.2‰ in the Arctic. Variations are much larger in surface ...
The Goldschmidt classification, [1] [2] developed by Victor Goldschmidt (1888–1947), is a geochemical classification which groups the chemical elements within the Earth according to their preferred host phases into lithophile (rock-loving), siderophile (iron-loving), chalcophile (sulfide ore-loving or chalcogen-loving), and atmophile (gas-loving) or volatile (the element, or a compound in ...