When iron reacts with sulfur, it forms iron sulfide. This is a chemical compound with the formula FeS. It is a grayish-black solid at room temperature.
There is no elemental iron (Fe) involved in this reaction, neither as reactant (iron sulphide -FeS- plus oxygen are) nor as product (iron oxide (FeO) plus sulphur dioxide are)
When sulfur, oxygen, and iron combine, they can form iron sulfate or iron oxide depending on the specific conditions of the reaction. Iron sulfate is a compound that contains iron, sulfur, and oxygen atoms, while iron oxide is a compound that contains iron and oxygen atoms. The specific product will depend on the amounts of each element present and the reaction conditions.
Iron reacts with sulfur to form iron sulfide, also known as pyrite or fool's gold. The chemical equation for this reaction is: Fe + S -> FeS.
In the reaction between iron and sulfur, iron sulfide is formed. Iron atoms lose electrons to sulfur atoms to form iron ions, which then combine with sulfur ions to create iron sulfide particles. This reaction results in a new compound with distinct properties from either the iron or sulfur starting materials.
Heating the iron-sulfur combination can lead to a chemical reaction where the sulfur reacts with iron to form iron sulfide. This reaction releases heat and can result in the production of a new compound with different properties than the original iron and sulfur.
There is no elemental iron (Fe) involved in this reaction, neither as reactant (iron sulphide -FeS- plus oxygen are) nor as product (iron oxide (FeO) plus sulphur dioxide are)
The balanced chemical equation is 8Fe + S8 -> 8FeS, representing the reaction where iron reacts with sulfur to form iron II sulfide.
When sulfur, oxygen, and iron combine, they can form iron sulfate or iron oxide depending on the specific conditions of the reaction. Iron sulfate is a compound that contains iron, sulfur, and oxygen atoms, while iron oxide is a compound that contains iron and oxygen atoms. The specific product will depend on the amounts of each element present and the reaction conditions.
Iron reacts with sulfur to form iron sulfide, also known as pyrite or fool's gold. The chemical equation for this reaction is: Fe + S -> FeS.
In the reaction between iron and sulfur, iron sulfide is formed. Iron atoms lose electrons to sulfur atoms to form iron ions, which then combine with sulfur ions to create iron sulfide particles. This reaction results in a new compound with distinct properties from either the iron or sulfur starting materials.
Heating the iron-sulfur combination can lead to a chemical reaction where the sulfur reacts with iron to form iron sulfide. This reaction releases heat and can result in the production of a new compound with different properties than the original iron and sulfur.
The skeleton equation for the reaction that produces iron II sulfide from iron and sulfur would be: iron + sulfur → iron II sulfide
The reaction between iron and sulfur to form iron(II) sulfide is: Fe + S -> FeS
To balance the chemical equation for the reaction between iron and sulfur to yield iron (II) sulfide, you would write: Fe + S -> FeS. This equation is already balanced as each side has one iron atom and one sulfur atom.
iron sulphate
When sulfur is heated with iron fillings, a chemical reaction takes place where sulfur and iron combine to form iron sulfide. This reaction involves the transfer of electrons from the iron to the sulfur, leading to the formation of a new compound with different properties than the original elements.
Heating iron fillings with sulfur powder will undergo a chemical reaction to form iron sulfide. This reaction is commonly known as a synthesis reaction. Iron sulfide is a compound that has different properties compared to its individual elements, iron and sulfur.