A chemical relationship formed by the sharing of 1 or higher electrons, particularly pairs of electrons, between atoms.
A type of chemical relationship where two atoms tend to be linked to each other by the sharing of two or more electrons.
a stylish power between two atoms of a molecule produced because of the merging of an electron orbital of every atom into a combined orbital inside molecule. Such bonds vary in power, but in particles of substances usually experienced in real human knowledge (since, liquid or alcoholic beverages) these are typically sufficiently powerful to persist and continue maintaining the identification and stability regarding the molecule over appreciable periods of time. Each these types of bond fulfills one device of valence for every for the atoms thus bonded. Compared with hydrogen bond, which is weaker and will not fulfill the valence of either atom included.
a chemical relationship which involves revealing a pair of electrons between atoms in a molecule
A chemical bond formed because of the sharing of one or maybe more electrons, specially pairs of electrons, between atoms.
A type of chemical bond where two atoms are linked to one another because of the sharing of several electrons.
a stylish power between two atoms of a molecule generated because of the merging of an electron orbital of each and every atom into a combined orbital when you look at the molecule. Such bonds differ in strength, but in molecules of substances typically experienced in human being knowledge (as, water or alcohol) they are adequately strong to persist and maintain the identification and stability associated with molecule over appreciable durations. Each these types of relationship satisfies one device of valence for each regarding the atoms thus bonded. Contrasted with hydrogen relationship, that is weaker and will not satisfy the valence of either atom included.
a chemical relationship which involves sharing a set of electrons between atoms in a molecule