The oxygen atoms thus formed relax from the excited singlet configuration ('O') to the ground state triplet configuration (°O) by colliding with another molecule (such as N2) and transferring energy, analogous to a billiard ball collision. Once formed, ozone (03) is produced by collision of 3O with another O2 molecule: hv N, (or other molecule) + '0': • + O2 Оз hv Overall: 302 203 Recall that O3 is a 1,3 dipole with the following resonance representation: Ozone thus formed is normally destroyed by a combined thermal and photochemical route: hv O2 + O Оз + О 202 If the average bond strength of one of the bonds in O3 is 445 kJ/mol, what wavelength (A) and range of radiation is this (see table and formulae for question 1)?

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The oxygen atoms thus formed relax from the excited singlet configuration ('O) to the
ground state triplet configuration (°O) by colliding with another molecule (such as N2)
and transferring energy, analogous to a billiard ball collision. Once formed, ozone (03)
is produced by collision of 30 with another O2 molecule:
hy
N2 (or other molecule)
:'o* + 10
2 :30
2
30• + O2
Оз
hv
Overall:
302
203
Recall that O3 is a 1,3 dipole with the following resonance representation:
Ozone thus formed is normally destroyed by a combined thermal and photochemical
route:
hv
О2 + O
Оз + о
202
If the average bond strength of one of the
bonds in O3 is 445 kJ/mol, what
wavelength (A) and range of radiation is this (see table and formulae for question 1)?
Transcribed Image Text:The oxygen atoms thus formed relax from the excited singlet configuration ('O) to the ground state triplet configuration (°O) by colliding with another molecule (such as N2) and transferring energy, analogous to a billiard ball collision. Once formed, ozone (03) is produced by collision of 30 with another O2 molecule: hy N2 (or other molecule) :'o* + 10 2 :30 2 30• + O2 Оз hv Overall: 302 203 Recall that O3 is a 1,3 dipole with the following resonance representation: Ozone thus formed is normally destroyed by a combined thermal and photochemical route: hv О2 + O Оз + о 202 If the average bond strength of one of the bonds in O3 is 445 kJ/mol, what wavelength (A) and range of radiation is this (see table and formulae for question 1)?
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