Oxygen is an example of an element that is commonly found in oxide compounds, such as carbon dioxide (CO2) and water (H2O). Oxides are compounds that contain oxygen bonded to other elements.
Mercury oxide is a compound because it is made up of more than one type of element bonded together.
Sand is primarily composed of silicon dioxide (SiO2), which is the oxide of the element silicon.
None. Calcium and oxygen are both elements that can combine to form the compound calcium oxide, CaO.
Rust is a compound, not an element. It is primarily composed of iron oxide, formed when iron reacts with oxygen in the presence of water or moisture. Iron, one of the elements, combines with oxygen, another element, to create rust.
Barium Oxide
It is not an element. It is an compound made of two elements: Iron and Oxygen, FeO.
No. It made of silicon and oxygen, so its a compound. Silicon is an element and oxygen is an element
No, iron oxide is not an element. It is a compound of iron and oxygen. (There is more than one kind of iron oxide, too.)
Mercury oxide is a compound because it is made up of more than one type of element bonded together.
It is made of two elements: Magnesium and oxygen
It would be a compound, made of Calcium and Oxygen.
Aluminium oxide is a compound 'cos it's made of 2 kinds of atoms. If it has to be an element, it has to be made of same kind of atoms like graphite/diamond/H2(gas).
Sand is primarily composed of silicon dioxide (SiO2), which is the oxide of the element silicon.
No, aluminum oxide is not an element. Indeed, nothing called an "oxide" can be an element, as this term indicates that the substance is combined with oxygen and is therefore a compound, not an element.
Oxide is not an element by itself, so it does not have an atomic number. Oxide refers to a compound made up of oxygen and another element. The properties of the compound depend on the elements involved.
No. It is not. Iron is an element. Oxygen is an element. Iron Oxide is a compound.
None. Calcium and oxygen are both elements that can combine to form the compound calcium oxide, CaO.