Silver bracelets are typically made from sterling silver, which is not an ionic compound. Sterling silver is an alloy composed of silver and other metals like copper. Ionic compounds are typically formed between a metal and a non-metal through the transfer of electrons, whereas sterling silver is a metallic alloy with a mixture of metal atoms.
No, a silver bracelet is not an ionic compound. It is made of metallic silver, which is not composed of ions but rather a lattice structure of metal atoms held together by metallic bonds. Ionically bonded compounds are formed between metals and nonmetals.
The ionic compound for Ag2CO3 is silver carbonate.
The ionic compound AgBr is called silver bromide.
The name of the binary ionic compound AgClO is silver hypochlorite.
The ionic compound Ag2SO3 is named silver sulfite.
No, a silver bracelet is not an ionic compound. It is made of metallic silver, which is not composed of ions but rather a lattice structure of metal atoms held together by metallic bonds. Ionically bonded compounds are formed between metals and nonmetals.
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The ionic compound for Ag2CO3 is silver carbonate.
The ionic compound AgBr is called silver bromide.
The name of the binary ionic compound AgClO is silver hypochlorite.
The ionic compound Ag2SO3 is named silver sulfite.
The simple binary ionic compound for AgCl is silver chloride.
The name for the ionic compound Ag3P is silver phosphide.
AgNO3 is an ionic compound, not a molecular compound. It is made up of ions formed from the metal silver (Ag) and the nonmetal nitrogen and oxygen (NO3).
Silver is a metal element and is not an ionic compound. Silver can form ionic compounds when it combines with non-metal elements to form compounds such as silver chloride (AgCl) or silver nitrate (AgNO3).
A silver bracelet is a mixture, as it is made up of silver combined with other metals or materials to give it strength and durability.
Silver sulfide is an ionic compound, and is not a metal.