iron (Fe), sulphur (S), oxygen (O)
Two elements, iron and sulpur, make up a molecule of the compound iron sulphide.
Fe2SO4 for Iron(II) sulfate and Fe2(SO4)3 for Fe(III)sulfate.
We know that iron (Fe) and oxygen (O) make up iron oxide. (There is more than one oxide of iron, by the way.)
The core of the earth contains many elements, not just two.However the two most abundant elements in the earth's core are nickle and iron (the final two elements that a star can make by fusion before it dies).But there are many other elements in the core, especially ones with atomic masses greater than that of nickel and iron. Many of these heavy elements are radioactive (e.g. radium, thorium, uranium) and it is the heat generated by the decay of these heavy radioactive elements that keeps the core hot and the outer core liquid.
Basically.. You have to look at the periodic table and check it all up but the answer is feso4
Iron sulphate is expressed as FeSO4 and hydrogen is simply H. So to answer your question, iron sulphate plus hydrogen is made up of iron, sulfur, oxygen and hydrogen.
Two elements, iron and sulpur, make up a molecule of the compound iron sulphide.
iron sulfate. It can be iron(II) sulfate or iron(III) sulfate.
A mixture is a collection of various elements which have not ionically bonded. A compound is when those elements are heated up and join together. Mixture = Iron and Sulphur Compound = Iron Sulphate
iron and sulfur
Iron is, itself, and element. It is not a compound of two elements.
Iron and oxygen
Magnesium sulfate is composed of the atoms of magnesium, sulfur and oxygen.
iron & oxygen
Magnesium sulfate is composed of the atoms of magnesium, sulfur and oxygen.
Iron is a magnet so it could be used for separating bits of metal from crushed up rock? True for iron, and separating bits of iron. But iron sulphate is not magnetic.
Iron (Fe) and Sulfur (S) make up Iron Sulfide.