Conjugated pi-bonds can be modeled as a particle-in-the-box. In this case, the particle is an electron...

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Conjugated pi-bonds can be modeled as a particle-in-the-box. In this case, the particle is an electron...

Conjugated pi-bonds can be modeled as a particle-in-the-box. In this case, the particle is an electron and the box is the conjugated pi-bond network. Using 440.0 nm as λ_max for beta-carotene as the HOMO-LUMO gap, calculate the length of the conjugated pi-bond network in beta-carotene. Note that you will need to look at the carbon number and hybridization type to determine what initial and final n values to use. Compare this to the actual value of L=2.6 x 10^-9 m. How many sp²-hybridized carbons are there in beta-carotene?

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Conjugated pi-bonds can be modeled as a particle-in-the-box. In this case, the particle is an electron...

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7. π electron is an electron which resides in the pi bond(s) of a double bond or a triple bond, o...

Conjugated pi-bonds can be modeled as a particle-in-the-box. In this case, the particle is an electron...

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7. π electron is an electron which resides in the pi bond(s) of a double bond or a triple bond, o...

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Conjugated pi-bonds can be modeled as a particle-in-the-box. In this case, the particle is an electron...