eV; E,= 10.00 Taking the effective force constant of a vibrating O2 molecule to be 520 N/m calculate the energies of the

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Ev E 10 00 Taking The Effective Force Constant Of A Vibrating O2 Molecule To Be 520 N M Calculate The Energies Of The 1 (47.95 KiB) Viewed 21 times

eV; E,= 10.00 Taking the effective force constant of a vibrating O2 molecule to be 520 N/m calculate the energies of the first 4 vibrational states of O2: E. J= J= J eV; Ez = JE eV. Calculate the wavelengths of the photons radiated during transitions between the above nm, 120 nm, 130 eV; E₂= states: 210 nm, 131 nm, 121 nm, ,232 nm