Steel contains Iron and Carbon. Various steels contain different compounds of the two plus other material to create different alloys.
The two elements that make up steel are mainly carbon and iron.
Steel is Iron and Carbon. The two elements are present as elements not as a compound, just finely dispersed one in the other.
Iron is an element in its own right. So there are no two elements that make iron. However, Steel is an alloy of iron and carbon. Iron and Carbon are tweo different elements. So steel contains two different elements.
It would form a compund. For example, the most famous coumpoud is H2O. This compound is made out of two Hydrogen molecules and one oxygen.
Two elements will form ionic compound if the difference in electronegativity between the two elements is above 1.7 and two elements will form covalent compound if the difference in electronegativity between the two elements is below 1.7 Metals and non-metals will form generally ionic compounds.
At the barest minimum, Iron and traces of Carbon.
The two elements that make up steel are iron and carbon. Other elements can also appear in the steel, but these two are the ones that cause it to be called steel.
The two elements that make up steel are mainly carbon and iron.
Steel is Iron and Carbon. The two elements are present as elements not as a compound, just finely dispersed one in the other.
Iron is an element in its own right. So there are no two elements that make iron. However, Steel is an alloy of iron and carbon. Iron and Carbon are tweo different elements. So steel contains two different elements.
Iron and copper, steel and bronze are not elements.
Steel and oxygen react together to form rust.
When two or more elements bond together they form a compound.
When two or more elements bond together they form a compound.
It would form a compund. For example, the most famous coumpoud is H2O. This compound is made out of two Hydrogen molecules and one oxygen.
compound is when two or more elements combine chemically
After a chemical reaction two elements form a chemical compound.