a) formation of chemical compounds
b) formation of alloys
Iron is a chemical element, not a "change".
Iron is a chemical element, not a "change" !
It is neither an element not a compound. Steel is an alloy. An alloy is a mixture of a metal and another element. In the case of steel, it is principally iron (an element), with about 0.2% to 2,0% carbon ( an element), mixed in. Other elements can be mixed in , e.g. chromium to form Stainless Steel, or Tungsten to form hard wearing steel.
The red colour is caused by iron compounds in the soil. Iron is bonded to oxygen, not mixed with it.
Iron is a chemical element, not a change.
"Substance" is too fuzzy a word. Chemical reactions can change materials into other compounds, for example shiny iron into rust (Fe2O3). But it cannot change an element into another element. A nuclear reaction can do that, for example uranium into plutonium.
No, when iron is mixed with carbon it forms steel, not zinc. Zinc is a separate element and does not come from the combination of iron and carbon.
There are no iron atoms in oxygen. Oxygen is an element in itself so it can not be complicated by another element unless it becomes a molecule of something else. Usually iron that has been mixed with oxygen can be form an iron oxide.
Yes it could be depending on what it is mixed with. Please talk to your science teacher before trying anything., like mixing up stuff to see what happens that is dangerous. Please read lab safety manual
No, the properties of iron and sulfur did not change when they were mixed physically together. Each substance retained its own individual properties as they remained physically mixed but not chemically bonded.
Yes, cobalt can be mixed with other elements to form alloys. It is commonly mixed with other metals such as iron, nickel, and chromium to create alloys with specific properties for various industrial applications.
Iron is an element; it cannot be broken down into smaller atoms. Every atom in iron is a iron atom so it is homogenous.