Sentence examples for by shared electron from inspiring English sources

Molecules are held together by shared electron pairs, or covalent bonds.

This allowed the team to visualize the bonds between atoms by measuring the electrical forces created by shared electrons.

Molecular compounds contain discrete molecules, which are held together by sharing electrons (covalent bonding).

In contrast, when two nonmetallic elements react, the atoms combine to form molecules by sharing electrons.

The non-biodegradable industrial chemicals are attracted to the surface of the iron shavings, where they react by sharing electrons with the iron and become degraded.

As a result, the inhibitor and the cysteine residue irreversibly bind by sharing electrons.

The third kind is covalent inhibitors that react with electron rich sulfur (S) atom of cysteine residue by sharing electrons at specific sites of the kinase which allows the inhibitor to block binding of ATP to the kinase and prevents its activation [ 36].

When the 2 atoms attempt to form a molecule by sharing electrons, some electrons will actually be driven to higher energy state orbital shells because the lower energy state orbital shells become filled.

The development of the electronic theory of valence and molecular structure, beginning with the postulate of the shared electron pair by Gilbert N. Lewis in 1916, also played a very important part in explaining the periodic law (see chemical bonding).

In organic compounds, atoms are said to be bonded to each other through a σ bond when the two bonded atoms are held together by mutual attraction for the shared electron pair that lies between them.

In some older formulations of Lewis structures, a distinction was made between bonds formed by electrons that have been supplied by both atoms (as in H−Cl, where one shared electron can be regarded as supplied by the hydrogen atom and the other by the chlorine atom) and covalent bonds formed when both electrons can be regarded as supplied by one atom, as in the formation of OH− from O2− and H+.