They are a binary Compound (Only two Elements)
"ide" suffixThe halogens -flurorine = fluoridechlorine = cloridebromine = bromideiodine = iodideOxygen = oxidesulfur = sulfideselenide, tellurideNitrogen = nitridephosphorus = phosphidearsenic = arsenidecarbon can't become a carbide ion - not strong enough attaction for gaining four electronshydrogen = hydride (sometimes)
Most often "ide", but "ate" and "ite" are also common when the compound includes an anion containing oxygen bonded to some other element.
Compounds that end in -ide typically indicate a binary compound, which consists of two different elements. The suffix -ide is used to denote the anion (negatively charged ion) that is formed when an element gains electrons to achieve a stable electron configuration. For example, sodium chloride consists of sodium cations (Na+) and chloride anions (Cl-).
Compounds that end in "-ate" typically contain a polyatomic ion, which is made up of multiple atoms connected by covalent bonds. Compounds that end in "-ide" typically consist of two elements, with one acting as a metal and the other as a nonmetal, forming an ionic bond. The naming convention reflects the different chemical structures and bonding types present in these compounds.
Those ions areall anions,negatively charged (mainly) -1, -2 or -3,consisting of one nonmetal element (mainly group 17, 16 or 15 respectively) andnot containg oxygen.Examples:17: F- , Cl- , Br- , I- (fluoride, chloride, bromide, iodide)16: O2-(oxide), S2-(sulfide)15: N3- (nitride), P3- (phosphide)
Anions end in -ide if they are monatomic. Example: chlorine becomes "chloride." Polyatomic ions will have different suffixes.
Anions end in -ide if they are monatomic. Example: chlorine becomes "chloride." Polyatomic ions will have different suffixes.
Anions end in -ide if they are monatomic. Example: chlorine becomes "chloride." Polyatomic ions will have different suffixes.
Anions end in -ide if they are monatomic. Example: chlorine becomes "chloride." Polyatomic ions will have different suffixes.
Anions end in -ide if they are monatomic. Example: chlorine becomes "chloride." Polyatomic ions will have different suffixes.
The two common polyatomic ions whose names end in -ide are the cyanide ion (CN-) and the hydride ion (H-).
The ide ending in a polyatomic ion actually has no practical meaning involved. The polyatomic compounds that do contain the ide ending have it because they were thought to be monatomic at one time.
"ide" suffixThe halogens -flurorine = fluoridechlorine = cloridebromine = bromideiodine = iodideOxygen = oxidesulfur = sulfideselenide, tellurideNitrogen = nitridephosphorus = phosphidearsenic = arsenidecarbon can't become a carbide ion - not strong enough attaction for gaining four electronshydrogen = hydride (sometimes)
Most often "ide", but "ate" and "ite" are also common when the compound includes an anion containing oxygen bonded to some other element.
They are examples of anions. Atoms or compounds with the ide ending are anions as are those with endings of ite or ate.
No: Anions of nonmetals end in the suffix -ide, but no element name ends in this group of letters.
Compounds that end in -ide typically indicate a binary compound, which consists of two different elements. The suffix -ide is used to denote the anion (negatively charged ion) that is formed when an element gains electrons to achieve a stable electron configuration. For example, sodium chloride consists of sodium cations (Na+) and chloride anions (Cl-).