In coding, monovalent and polyvalent typically refer to the number of binding sites or interactions a molecule can have. Monovalent interactions involve a single binding site, while polyvalent interactions involve multiple binding sites. In programming contexts, you might represent monovalent interactions with single-instance objects and polyvalent interactions with arrays or lists that can hold multiple instances. This can be implemented in various languages using data structures like classes, arrays, or collections to model the respective behaviors.
polyvalent atom
Fe is the polyvalent ion in this.
His polyvalent disciplines make him unique in our region
It is an ion that has multiple charges
A polyvalent metal is a metal that can have different charges. the four polyvalent metals are: copper which can be +1 or +1 (I, II) iron which can be +2 or +3 (II, III) lead which can be +2 or +4 (II, IV) tin which can be +2 or +4 (II, IV
Nickel is a polyvalent metal because it can exhibit multiple oxidation states in chemical reactions. This is due to the ability of nickel atoms to lose or gain electrons, leading to the formation of different ionic or covalent compounds with varying oxidation states.
Sodium is monovalent, the cation is Na+. Chlorine is monovalent, the anion is Cl-.
Sodium chloride is a compound and hasn't valence; sodium and chlorine, as elements are monovalent,
The charge on a monovalent ion is +1, meaning it has lost one electron and carries a positive charge. Examples of monovalent ions include sodium (Na+) and chloride (Cl-).
copper can form monovalent as well as divalent salts
Lithium is only monovalent. Aluminium is trivalent; rarely is bivalent or divalent. Gold is monovalent or trivalent.
Monovalent metals are metals that can form ions with a charge of +1. Examples of monovalent metals include lithium (Li), sodium (Na), and potassium (K). These metals typically lose one electron to achieve a stable electron configuration.