The binary compound formed between calcium and bromine is calcium bromide, with the chemical formula CaBr2.
Two compounds are known: - copper(I) bromide: CuBr - copper (II) bromide: CuBr2
The chemical formula for the combination of strontium and bromine is SrBr2. In this ionic compound, strontium (Sr) has a 2+ charge, while bromine (Br) has a 1- charge, requiring two bromine atoms to balance the charges.
Cesium bromide. In a binary compound (2 constituent elements,) the non-metal becomes an "-ide" regardless of its normal name. So, oxygen becomes oxide, chlorine becomes chloride, nitrogen becomes nitride, etc...
The name of the binary compound with the formula AsH3 is arsine.
The binary compound formed between calcium and bromine is calcium bromide, with the chemical formula CaBr2.
The binary ionic compound name for NaBr is sodium bromide.
Sodium bromide.
No, iron III bromide is not a binary ionic compound. It is a more complex ionic compound that contains a transition metal (iron) with a variable oxidation state and a polyatomic ion (bromide).
Two compounds are known: - copper(I) bromide: CuBr - copper (II) bromide: CuBr2
Formula HBr represents the compound hydrogen bromide, which is an example of a binary acid. Binary acids consist of hydrogen and one other element from Group 16, typically a halogen such as bromine in the case of HBr.
The chemical formula for the combination of strontium and bromine is SrBr2. In this ionic compound, strontium (Sr) has a 2+ charge, while bromine (Br) has a 1- charge, requiring two bromine atoms to balance the charges.
Cesium bromide. In a binary compound (2 constituent elements,) the non-metal becomes an "-ide" regardless of its normal name. So, oxygen becomes oxide, chlorine becomes chloride, nitrogen becomes nitride, etc...
The name of the binary compound with the formula AsH3 is arsine.
The formula for nitrogen trihydride, a binary covalent compound, is NH3.
The binary compound with the formula XeO4 is called xenon tetroxide.
The binary ionic compound for SrBr2 is strontium bromide. It is formed by the combination of the metal strontium (Sr) and the non-metal bromine (Br), where strontium has a charge of +2 and bromine has a charge of -1.