from my work and looking around i think it is TeO2
Silver oxide is an ionic compound so its molecular and empirical formula is same Ag2O
The chemical formula for Calcium oxide is CaO. A single calcium atom bonds with a single oxygen atom to make this compound, and a link can be found below for more information.CaO
The empirical formula of aluminum oxide is Al2O3, which indicates that each aluminum atom is bonded to two oxygen atoms. This ratio of aluminum to oxygen atoms is the simplest whole number ratio in which they combine.
The empirical formula of the iron oxide compound is Fe₂O₃. This is determined by dividing the percentage of each element by its molar mass to find the ratio of atoms in the compound.
The empirical formula of the oxide of Bromine would be Br2O5. We can determine this by assuming a 100 g sample, which would contain 71.4 g of Bromine and 28.6 g of Oxygen. Then we convert these masses into moles and divide by the smaller value to find the mole ratio, which gives the empirical formula.
Formula: Ba3N2
The empirical formula for manganese oxide is MnO.
Calcium = Ca Carbon = C oxide = O(2-) Calcium carbonate = CaCO3
Silver oxide is an ionic compound so its molecular and empirical formula is same Ag2O
The chemical formula for Calcium oxide is CaO. A single calcium atom bonds with a single oxygen atom to make this compound, and a link can be found below for more information.CaO
The empirical formula for silicon IV oxide is SiO2, which represents the simplest whole number ratio of atoms in the compound.
Since zinc oxide is an ionic lattice when solid, it does not have a structural formula. Its empirical formula is ZnO.
To determine the empirical formula of a metal oxide, first determine the moles of metal and oxygen in a given sample. Then, divide the moles of each element by the smallest number of moles to get a whole number ratio. This ratio represents the empirical formula of the metal oxide.
Two Chromium Atoms, and 3 Oxygen Atoms. (Cr2O3)
The empirical formula of aluminum oxide is Al2O3, which indicates that each aluminum atom is bonded to two oxygen atoms. This ratio of aluminum to oxygen atoms is the simplest whole number ratio in which they combine.
The empirical formula of the compound would be AuO2 (gold oxide). This is determined by converting the given masses of gold (Au) and oxygen (O) to moles, finding the simplest whole number ratio between them, and expressing that ratio as the empirical formula.
The empirical formula of the iron oxide compound is Fe₂O₃. This is determined by dividing the percentage of each element by its molar mass to find the ratio of atoms in the compound.