Which of the following best describes how atoms bond in a copper sample?
O the atoms either gain or lose electrons to meet the octet rule.
O positively charges ions are spread apart throughout the entire molecule
the atoms all gain electrons to form anions in order to remain unstable
the atoms share electrons in order to achieve a stable octet

Copper is one of the transition elements which are normally found in the d-block. Generally, transition elements that have low oxidation number/charge usually undergo ionic/electrovalent bonding, while those that have a relatively higher oxidation number/charge usually undergo covalent bonding. Copper has charges ranging from 1+, 2+ or 3+ and thus will normally undergo ionic bonding which involves the gain or loss of electrons to meet the octet rule.

adioabiola adioabiola · Answer 2 · 2021-11-19T16:27:56+01:00

The best description of how atoms bond in a copper sample is; the atoms share electrons in order to achieve a stable octet - a type of bonding called Metallic bonding.

According to the question;

We are required to identify which of the following best describes how atoms bond in a copper sample.

Definition:

A metallic bond is pretty different from covalent and ionic bonds, but the objective of the bonding is the same: to achieve a lower energy state.

Contrary to a bond between just two atoms, a metallic bond is a sharing of electrons between many atoms of a metal element.

P.S: Copper is one of the transition metals with variable oxidation states.