Silver halides absorb light to form elemental silver. This is the basis for the photographic film. This is an unusual reaction and is certainly not common to all ionic compounds. Silver halides are also unusually insoluble, again not a common property of ionic compounds. In fact silver halides have quite a lot of covalent character! I am sure teacher has something in mind but its certainly not in mine.
Decomposition of silver halides under light irradiation.
1. If you think to halogens: fluorine, chlorine, iodine, bromine, astatine, ununseptium 2. If you think to chemical compounds: halides or halogenides are the binary compounds with metals of the above mentioned elements (but also exist organic halides, etc.). Some halides exist as natural minerals.
These obtained compounds are halides, ionic compounds.
Yes. In compounds such as salts of carboxylic acids or in pyridinium halides.
Some compounds of polonium are: PoO, PoO2, PoO3, PoH2, halides as PoX2, PoX4, PoX6 and the strange class of polonides (compounds of polonium with other metals).
Some compounds of polonium are: PoO, PoO2, PoO3, PoH2, halides as PoX2, PoX4, PoX6 and the strange class of polonides (compounds of polonium with other metals).
they form ionic bonds. metal halides are the most common compounds
Bromides, Hypobromites, Bromites, Bromates, Perbromates, Bromine halides and some Bromine oxides
I found Alkanes, alkyl halides, ether, alcohols, and amines. Was that what you were looking for?
Ions of the halogen group are called halide ions; their compounds are called halides.
Yes: some compounds as halides, oxydes, phosphates, hydride, sulfide are known.
Patrick J. Furlong has written: 'A novel synthesis of cycloheptadienes and related compounds and an associated study of rare earth halides' -- subject(s): Halides