Naming Binary Molecular Compounds
Binary molecular compounds are composed of only two elements. Examples are H2O, NO, SF6 etc. . Naming these binary compounds is a little bit more involved than naming salts. Why is this so? Molecular compounds are more difficult to name because the atoms combine through covalent and not ionic bonds. Therefore we cannot use the electrical neutrality rule for these compounds. Most molecular compounds are made from nonmetals. Sometimes these compounds have generic or common names (e.g., H2O is "water") and they also have systematic names (e.g., H2O, dihydrogen monoxide). The common name must be memorized. The systematic name is more complicated but it has the advantage that the formula of the compound can be deduced from the name. Simple binary compounds consist of only a few atoms. Systematic naming of these compounds follow the rules: * The elements , except for H, are are written in order of increasing group number (e.g., NO not ON) * The number of atoms of a given type is designated by a prefix such as di- , tri-, tetra- etc. (The exception to this rule is for the first atom: if the first atom is "mono" then no prefix for it is given.) (e.g., NO is nitrogen monoxide not mononitrogen monoxide)
A molecule is a compounds smallest unit
The soy sauce is not a molecule but a mixture of compounds.
Molecule
proteinic compounds can not be melted.
Many lipids are formed when a glycerol molecule combines with compounds called fatty acids.
A diatomic molecule A dinuclear molecule
molecules Why Molecules? Did u tell that? Please improve this answer because I want to know why.
Derivatives of CARBON are termed as organic compounds or organic molecules
it is not a molecule
A molecule is formed when two or more atoms join together chemically. A compound is a molecule that contains at least two different elements. All compounds are molecules but not all molecules are compounds.
O2 is an example of a diatomic molecule in the context of chemical compounds.
F2 is a neutral diatomic molecule, it often reacts to form compounds that have a fluoride F-, ion.