Compound are the formation of carbon, the organic compound containing C and H. Carbon forms many compounds because it has 4 valence electrons, therefore four bonding sites. It can also form single, double or triple covalent bonds. for more Google us as Tatvachintan Pharmaceutical.
There is no such thing as an "ORGANIC" element.
The elements that make up organic compounds are Carbon (C), Oxygen (O) and Hydrogen (H)
There are also some others but in small amounts.
If a compound is organic it has the element carbon in it, and if the compound does not have carbon it is inorganic.
Nitrogen, Carbon, Hydrogen and Oxygen are the four most commonly found elements in Organic COmpounds
Kiss my asss (;
Carbon
organic compounds
Carbon has four sites for bonding, and it can makes chains with itself, this is the basis for hydrocarbons and almost all organic molecules. So carbon forms ALOT of compounds that are organic.
Elements do not contain chemical, but chemicals contain elements. Elements are singular things with a set of properties all their own. There are currently 118 different known elements. Chemicals, which there are thousands of, are made up of two or more elements. Na is sodium(poisonous) and Cl is chlorine(also poisonous). When these two elements combine, you get NACl, which is table salt(not poisonous) and has properties completely different than the two individual elements.
Because they're from the Earth. It's natural.
Group 18 elements, which are also known as noble gases, rarely form chemical compounds.
Inorganic chemistry is known as such because it does not include organic compounds. Some examples of organic compounds are carbon based compounds, hydrocarbons, and the derivatives of these two groups. Organic compounds generally include the elements carbon, hydrogen, oxygen, the halogen group, and elements such as silicon, sulfur, and phosphorus.
Organic compounds may contain other elements than carbon, hydrogen and oxygen such as nitrogen ,halogen, sulphur, etc....these elements are known as foreign element.
Yes, of course: There are no more than 130 elements yet known, but millions of organic compounds alone, not to mention all the inorganic compounds and probably billions of mixtures.
organic compounds
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.
Organic chemistry is a sub discipline involving study of structure, properties and reactions of organic compounds and organic materials. An example of this is photosynthesis.
Hundreds thousands chemical equations of organic compounds are known !
Today are known approx. 65.106 chemical compounds.
organic compounds
Organic Compounds
Millions of organic compounds reactions are known !
Polymers.