The formula for sulfate is SO4, which indicates that there is one sulfur atom for every four oxygen atoms (1:4) ratio. If this isn't what you're looking for, then perhaps you're looking for specific percentages. In that case, you need the atomic masses of the elements involved to find the total molecular mass.
Sulfur = 32.1 grams
Oxygen = 16.0 grams × 4 atoms = 64.0 grams
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Sulfate = 96.1 grams
Then you take the mass of each and divide it by the total mass to get a percentage.
32.1 grams ÷ 96.1 grams = .334 = 33.4% sulfur in sulfate
64.0 grams ÷ 96.1 grams = .666 = 66.6% oxygen in sulfate
sulfur and four oxygen atoms
It contains sulfate, which is 1 sulfur molecule and 4 oxygen molecules.
The minerals that contain sulfur and oxygen is sulfates.
All materials and that includes minerals contain the elements. Sulfates contain sulfur and oxygen
The chemical formula of aluminum sulfate is Al2(SO4)3, consequently this compound contain aluminum, sulfur and oxygen.
The formula for ferrous sulfate is FeSO4.6-7H2O. (Iron Sulfate + Water) (Iron, Sulfur, Oxygen, + Hydrogen, Oxygen) No, it does not contain carbon.
sulfur and four oxygen atoms
It contains sulfate, which is 1 sulfur molecule and 4 oxygen molecules.
The minerals that contain sulfur and oxygen is sulfates.
Pure Epsom salts do not contain any lead. Since Epsom salts are magnesium sulfate, they contain only magnesium, sulfur, and oxygen.
Iron sulfates contain iron, sulfur and oxygen.
All materials and that includes minerals contain the elements. Sulfates contain sulfur and oxygen
A crystal of copper sulfate contains copper, sulfur and oxygen.
The chemical formula of aluminum sulfate is Al2(SO4)3, consequently this compound contain aluminum, sulfur and oxygen.
No. Calcium sulfate contains 3 elements (calcium, sulfur, and oxygen). A binary compound contains exactly two elements.
Yes. Ferrous sulfate, FeSO4, contains only iron, sulfur, and oxygen. In order to be considered organic, a compound must contain carbon.
Sulfate is the chemical name of an ion that is not a compound, which must have a neutral electrical charge; instead, each sulfate ion has a charge of -2. As a result, "sulfate" can not exist in isolation from all other substances, but rather must be paired with positively charged partners such as cations, of which sodium is an example. It should be noted that sodium lauryl sulfate does not even contain sulfate ions as such, but rather lauryl sulfate ions, which contain carbon and hydrogen as well as sulfur and oxygen.