Isotopes are atoms of the same element with different numbers of neutrons in their nuclei, resulting in different atomic masses. This is how there can be two different atoms of iridium.
The formula for iridium(III) oxide is Ir2O3. It consists of two iridium atoms bonded to three oxygen atoms.
When two different atoms combine, it is called a chemical bond. This can occur through different types of interactions such as covalent bonds, ionic bonds, or metallic bonds. The resulting molecule or compound formed can have different properties than the individual atoms.
A Diatomic molecule contains two atoms.A Homoatomic molecule contains two or more atoms of one element.A Hetroatomic melocule contains at least two atoms of two or more elements.
Answer this question… The number of neutrons
Iridium, Einsteinium
The formula for iridium(III) oxide is Ir2O3. It consists of two iridium atoms bonded to three oxygen atoms.
the two atoms belong to two different elements
the two atoms belong to two different elements
Iridium is a metallic element, and Platinum is a different metallic element.
When two different atoms are covalently bonded, they form a molecular compound.
Yes, two or more different atoms of two or more different elements will, when chemically bonded, make a chemical compound.
When two different atoms combine, it is called a chemical bond. This can occur through different types of interactions such as covalent bonds, ionic bonds, or metallic bonds. The resulting molecule or compound formed can have different properties than the individual atoms.
Compound if different atoms.
when the protons changes, then the two atoms belong to two different elements.
If you were referring to two actual atoms they were not listed. When two atoms of different chemical elements bond together they form a chemical compound.
Some asteroids do have high levels of iridium, but it is not a universal trait. Iridium is found in varying concentrations in different types of asteroids, depending on their composition and origin. The presence of iridium in an asteroid can provide insights into its history and formation.
Two or more different atoms bonded together is called a compound.