Effects of green and blue fluroescent dyes were explored in the synthesis of benzopinacol. Dye A...

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Chemistry

Effects of green and blue fluroescent dyes were explored in thesynthesis of benzopinacol. Dye A quenched the synthesis ofbenzpinacol and had a blue fluoresent light in thechemilluninescent reaction. Dye B also quenced the synthesis ofbenzpinacol and gave a green fluorsecence in the chemilluninescentreaction. What can you say about the energy levels of the S1 and T1states of the 2 dyes? For T1, compare the dyes and benzpinacol andfor S1, compare the green and blue dyes.
I dont need to see any mechanisms.

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Electromagnetic radiation in the ultraviolet and visible region spans a wavelength range of about 800100 nm corresponding to energies of 36286 kcalmole Absorption of such radiation by molecules is not to be regarded as equivalent to simple excitation by thermal energy of 36286 kcalmole All the energy of the light quantum is in exited state of a high energy of anti bonding orbital to ground state of low energy of bonding orbital The absorption of a quantum of radiofrequency energy in NMR spectroscopy where absorption process may be slow compared to chemical reactions The schematic potentialenergy curves for a molecule AB in the ground state AB and in excited electronic states AB In the ground states of most molecules all electrons are paired excited states also can have all electrons paired Such states with paired electrons are called singlet states But because the bonding is weaker in excited states the average bond See Answer

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