Yes it has one resonance structure. O-O-O <--> O-O-O
The double bond is the reason O_3 has a resonance it can be in two different places as shown above.
yes. it resonates between the structures of O=O-o and the reverse O-O=O
No. OH- does not have any resonance structures.
O3 stands for ozone, an allotrope of oxygen.
O2 is just an oxygen molecule.
The name for O3 is ozone
You are thinking of ozone.
An oxygen atom has six valence electrons so there will be three different oxygen atoms with six valence electrons each (two sides with two v. electrons each and two sides with one v. electron each).
The sulfate ion has four resonance structures.
Sulfur dioxide has three resonance structures. A singly bonded oxygen would have 3 unshared electron pairs while a doubly bonded oxygen would have 2. The sulfur has one pair.
There are 2 resonance structures for ozone.
O3, with a molecular mass of 48 grams per mole
Each atom in ozone is connected to another atom by 1.5 bonds. Scientists previously believed that a molecule such as ozone switched rapidly back and forth between its different resonance forms. More recent experiments have shown that the molecule actually assumes the average of all the resonance forms, with the electrons delocalized.
Ozone is O3
150 (g O3) / (3*16.0 (g/mol O3)) = 3.125 (mol O3)3.125 (mol O3) * 22.4 (L/mol) = 70.0 Litre Ozone gas
O3 stands for ozone, an allotrope of oxygen.
If 4.0*10^25 is atoms of O3 then 4.0*10^25 / 6.20*10^23 = 66.5 moles O3 48 = molar mass O3 48*66.5 = 3192g O3
Initially it is coordinate covalent bond but after formation of O3 the ozone molecule the electrons are delocalized ( continuously change their positions) due to resonance so a single structure can not represent the actual bonding.
O2 is just an oxygen molecule.
The name for O3 is ozone