Weakest base is that which is strongest acid the latest research proves that strongest acid is a mixture HF.SbF5 Antimonic acid.
organic salts similar to soaps are detergents
THe coenzyme adenosine triphosphate is an organic compound.
ionic cobalant dnt trust the spelling the 2 kinds of these are the organic and inorganic i think there are 4 of them. the acid, base, salt, and oxide == ==
because they dont have carbon-hydrogen bond. hence inorganic
The simplest is probably ammonia-and-ammonium solution, a very common buffer. Since ammonia is a weak base and ammonium is a weak acid, the two being conjugates and both inorganic, it can be used to form an inorganic buffer. Other examples are harder to find, as almost all inorganic acids are strong like hydrochloric or hydrofluoric acids. Because of some basic chemistry (which takes a textbook to explain) these cannot form buffers.
Basically, organic compounds have carbon. Inorganic do not (though there are some exceptions). Inorganic bases are generally OH- donors, whereas organic bases are generally nitrogen base donors.
Organic Chemistry
Pure water is neutral and water in any form (solid: ice, liquid: water or gas: vapour) is always inorganic.
organic salts similar to soaps are detergents
carbon and oxygen and hydrogen are considered to be the base of organic chemistry due to small size of hydrogen ang single bond forming capacity also carbon is tetravalent and can show catenation easily which is why its root of all organic chemistry
Not quite. Carbon is the basis of organic chemistry, and is the base atom of all organic molecules, but that still leaves inorganic chemistry, in which carbon does not play such a central role.
THe coenzyme adenosine triphosphate is an organic compound.
Elements in the days of alchemists were radically different, as well as the definition of what is an element and what is organic/inorganic. What Wohler did for chemistry is open the door to realizing that the body is a chemical producing factory, and that these chemicals could be synthetically produced outside of the body. In the days of alchemy we really had a very select amount of base elements that they could achieve with the technology they had. Really the only elements they were able to reduce to were metals(clumped into one cateregory) and sulfur, as well as the other 4 elements which we should all know thanks to Bruce willis. Woehler synthesised urea from inorganic chemicals in 1828 (ammonia and carbon dioxide?). At the time it was believed that organic chemicals could not be synthesized from inorganic chemicals: The theory of Vitalism, that the 'life force' was needed to make organic compounds, held sway until that time . Woehler's work was a demonstration that this theory was wrong. Its overthrow, together with Kekule's work on molecular structure, led to the rapid growth of 'recipes' for the synthesis of organic compounds - compounds found in living organisms. Both Woehler and Kekule desrve to be called the fathers of organic chemistry.
Such organic species are alcohols and inorganic species include bicarbonate, bisulphate and biphosphate ions.
The purpose of water washing the organic layer is for aqueous extraction to remove impurities and or reagents that are water soluble. For instance, in reactions that utilize a small tertiary amine base or inorganic base.
Generally hydroxide ions (in the case of inorganic bases) or nitrogen atoms with a lone pair (in the case of organic bases).
ionic cobalant dnt trust the spelling the 2 kinds of these are the organic and inorganic i think there are 4 of them. the acid, base, salt, and oxide == ==