H2, N2, O2, F2, Cl2, Br2, and I2
Xenon is an element. It is mostly found in atomic form but can exist as a diatomic molecule.
Oxygen is an element. And it is found as a gas in the atmosphere as a diatomic molecule of two oxygens (O2).
A molecule is two or more chemically bonded atoms, this can be as in a diatomic element such as oxygen which in its natural elemental state is found as O2 or it can be as part of a compound, such as silver nitrate AgNO3. It is what makes up the diatomic element or the compound.
it is a diatomic molecule
Oxygen is a chemical element; the molecule is diatomic.
A molecule made up of two atoms is called a diatomic molecule. A diatomic molecule can be composed of two of the same atoms, called a diatomic element. Hydrogen gas, H2, is an example of a diatomic element. A diatomic molecule can also be a compound composed of two atoms of different elements, such as carbon monoxide, CO.
No its not. there is Diatomic Molecule compounds which consisting of two different element like: CO, NO, MgO, HCl,and HF. however, diatomic molecules are elements that are found in pairs such as: O2,N2,F2,Cl2.
No, nickel is a metal element and does not naturally exist as a diatomic molecule. Diatomic molecules are made up of two atoms of the same element chemically bonded together, such as in oxygen (O2) or nitrogen (N2).
The element is nitrogen (N). Nitrogen gas is a diatomic molecule (N2) and makes up approximately 78% of Earth's atmosphere.
If you mean F2 (fluorine), it is a diatomic molecule of the element fluorine. It's the common form of pure fluorine, since the halogen elements are all diatomic molecules.
Hydrogen has the lowest atomic number, and is not found in nature as individual atoms, but is found in nature as the diatomic molecule, H2.
A molecule is two or more chemically bonded atoms, this can be as in a diatomic element such as oxygen which in its natural elemental state is found as O2 or it can be as part of a compound, such as silver nitrate AgNO3. It is what makes up the diatomic element or the compound.