Isomers describe when two molecules share the same number of atoms, configured in different ways. O2 and O3 would be more accurately described as allotropes, just as graphite and diamond are allotropes of carbon.
No, they are no isomers at all. They are called allotropes (the property of some chemical elements to exist in two or more different forms)
Another example is carbon: black (amorphous), graphite and diamond, but there are many, many more.
No, O2 has structure like O=O, and O3 has like O-O-O
Yes your welcome.
allotropes!
The element oxygen has two molecular forms: O2 for 'plain' oxygen gas and O3 for ozone
There are several known allotropes of oxygen: dioxygen, O2 - colorless, ozone, O3 - blue, and tetraoxygen, O4 - red
CO2 is the molecular formula of carbon dioxide and O3 is the molecular formula of ozone.
O=oxygen atom, o2=oxygen molecule, o2-=oxide, o22-=peroxide, o2-=superoxide, o3=ozone.
Most oxygen molecules are composed of two atoms of oxygen, and we frequently refer to oxygen as O2 (or O2) for this reason. Oxygen can also exist as the molecule called ozone, which is O3. Ozone is unstable, and will revert to O2 in a few minutes.
The element oxygen has two molecular forms: O2 for 'plain' oxygen gas and O3 for ozone
There are several known allotropes of oxygen: dioxygen, O2 - colorless, ozone, O3 - blue, and tetraoxygen, O4 - red
they differ in reactivity- O3 is more reactive.
O3, with a molecular mass of 48 grams per mole
CO2 is the molecular formula of carbon dioxide and O3 is the molecular formula of ozone.
O=oxygen atom, o2=oxygen molecule, o2-=oxide, o22-=peroxide, o2-=superoxide, o3=ozone.
Normal oxygen is O2 whereas ozone is O3.
O2 is just an oxygen molecule.
O2 and O3 are two allotropes of oxygen. O2 is dioxygen, commonly called oxygen, and O3 is trioxygen, also known as ozone.
somehow
o2
It is a compound, as it is a collection of different elements fused together by molecular bonds.