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...method therefore correlates closely with classical chemists' drawings of [[chemical bond|bonds]].

...gate of two or more [[atom]]s in a definite arrangement held together by [[chemical bond]]s. ...eraction between molecules that results in the formation and breakage of [[chemical bond]]s, while molecular physics deals with the laws governing their structure a

{{r|Chemical bond}}

...molecules. Chemical reactions usually involve the making or breaking of [[chemical bond]]s, and in some types of reaction may involve production of electrically ch ...''' exist briefly before the final '''products''' are formed. Changes in [[Chemical bond|bonding]] of a single occurrence of the transformation is not all that is i

...ompounds''' are [[chemical compound]]s containing [[carbon]] [[silicon]] [[chemical bond|bonds]]. '''Organosilicon chemistry''' is the corresponding science explori In this reaction type silicon polarity is reversed in a chemical bond with [[zinc]] and a formal [[allylic substitution]] on the [[benzoyl|benzoy

* Pauling L ''The Nature of the chemical bond'' (Cornell University Press) ISBN 0-8014-0333-2

...t was introduced by [[Linus Pauling]]<ref>L. Pauling, ''The Nature of the Chemical Bond'', 3rd edition, Cornell University Press, Ithaca, NY (1960)</ref>, who extr

...bond#Heitler-London_theory|Heitler-London theory]] for an account of the [[chemical bond]] in'' H₂.

...made up of [[atom]]s. The combination of at least two atoms connected by a chemical bond leads to molecules. [[Ion]]s are derived from atoms or molecules by loss or ...tion of two or more [[atom]]s in a definite arrangement held together by [[chemical bond]]s. It is the smallest indivisible portion of a pure compound or element th

...de up of [[atom]]s. The combination of at least two atoms connected by a [[chemical bond]] leads to [[molecule]]s. [[Ion]]s are derived from atoms or molecules by l ...xygen]] atoms in the ratio of two to one, with the oxygen atom forming a [[chemical bond]] with each of the two hydrogen atoms and the three atoms forming an angle

...ing theory of [[Linus Pauling|Pauling]]<ref>L. Pauling,''The Nature of the Chemical Bond'', 3rd edition, Cornell University Press, Ithaca NY (1960)</ref> the six oc

...ing theory of [[Linus Pauling|Pauling]]<ref>L. Pauling,''The Nature of the Chemical Bond'', 3rd edition, Cornell University Press, Ithaca NY (1960)</ref> the six oc

In [[chemistry]], a '''chemical bond''' is an arrangement of [[electron]]s among [[atom]]s that keeps the atoms The chemical bond takes on many forms, ranging from simple atomic pairs in a diatomic [[molec

Hund's rules are:<ref>L. Pauling, ''The Nature of the Chemical Bond'', Cornell University Press, Ithaca, 3rd edition (1960)</ref>

...peating [[structural unit]]s, or [[monomer]]s, connected by [[covalent]] [[chemical bond]]s. The individual molecules which comprise a polymer are referred to as '

'''Cellular respiration''' is the process in which the [[chemical bond]]s of [[energy]]-rich [[molecule]]s such as [[glucose]] are converted into

...olysis]] is a type of hydrogenation and results in the cleavage of the C-X chemical bond, where C is a [[carbon]] [[atom]] and X is a sulfur (S), [[nitrogen]] (N) o

...olysis]] is a type of hydrogenation and results in the cleavage of the C-X chemical bond, where C is a [[carbon]] [[atom]] and X is a sulfur (S), [[nitrogen]] (N) o

...within [[synthetic chemistry]]. One major use of NMR is to determine the [[chemical bond|bond]] connectivity within an organic molecule.

...gular and predictable phosphate and sugar groups and not the bases. Such a chemical bond arrangement would give the molecule regular structure whilst the variation