Chemical Conversions

Chemical ConversionsChemicals and the conversion process is a very broad subject and there are several different types of chemistry conversions. Here is a list of some common conversions.The chemical symbols are standardized in some countries like US, UK, Canada and Australia but in the United States 's shorthand system of symbols, unlike other countries, uses the Latin alphabet for naming the compounds. So if you're using 'F-Ray' as an abbreviation for such chemicals you would find it like 'F' to be followed by 'Ray'R' by an 'A'. For example, an element that is anhydrous means that it's hydrated with water so if you're converting from the traditional symbol for the compound it would be 'H2O'.Other chemicals have 'intermediate' forms. The molecules for those kinds of compounds are chemically simpler than the original compounds. This is because they can usually be created with a few additional chemicals so it makes the compounds cheaper to produce.Ionic bonding between molecules takes place when an electron moves from one side of a molecule to the other. As an example, the nitrogen atom of a gas molecule is negatively charged whereas the oxygen is positively charged.An element or group of elements is named according to its number. Thus Oxygen is an element because it has nine protons in its nucleus.Water is another kind of molecule that has a fixed number of electrons and occupies a certain amount of space in the three dimensional environment. Other examples of gases are molecules of nitrogen, oxygen and hydrogen, which are referred to as the 'oxygenated' gases and they can be compressed into two or more 'concentric' volumes.Hydrogen atoms are strongly attracted to positively charged hydrogen bonds and so atoms of hydrogen are very dense and react very strongly when they come into contact with a negatively charged oxygen atom. This makes hydrogen from a highly reactive element.