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S₁ So 6 7.1 7.2 T₁ Process 7. The figure to the left is a Jablonski diagram, showing various energy levels for a substance. S₁ and So are both singlet electronic states, and T₁ is a triplet electronic state. Regular arrows represent radiative transitions, and "curvy" arrows represent non-radiative processes. There are 6 processes labelled in the diagram with the numbers 1-6. Place those numbers in the table below to give an example of each type of process listed. (The diagram includes at least one labelled example of each of those processes.) Absorption Fluorescence 7.3 Intersystem crossing 7.4 Phosphorescence 7.5 Vibrational relaxation Number from diagram

S₁ So 6 7.1 7.2 T₁ Process 7. The figure to the left is a Jablonski diagram, showing various energy levels for a substance. S₁ and So are both singlet electronic states, and T₁ is a triplet electronic state. Regular arrows represent radiative transitions, and "curvy" arrows represent non-radiative processes. There are 6 processes labelled in the diagram with the numbers 1-6. Place those numbers in the table below to give an example of each type of process listed. (The diagram includes at least one labelled example of each of those processes.) Absorption Fluorescence 7.3 Intersystem crossing 7.4 Phosphorescence 7.5 Vibrational relaxation Number from diagram

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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This is a part of the old exams. The answers are  7.1 1, 7.2 3, 7.3 4, 7.4 6, 7.5 2 and/or 5. I don't get how to solve it. Please help! Thank you!

S₁ So 1 6 7.1 7.2 T₁ Process 7. The figure to the left is a Jablonski diagram, showing various energy levels for a substance. S₁ and So are both singlet electronic states, and T₁ is a triplet electronic state. Regular arrows represent radiative transitions, and "curvy" arrows represent non-radiative processes. There are 6 processes labelled in the diagram with the numbers 1-6. Place those numbers in the table below to give an example of each type of process listed. (The diagram includes at least one labelled example of each of those processes.) Absorption Fluorescence 7.3 Intersystem crossing 7.4 Phosphorescence 7.5 Vibrational relaxation Number from diagram
Transcribed Image Text:S₁ So 1 6 7.1 7.2 T₁ Process 7. The figure to the left is a Jablonski diagram, showing various energy levels for a substance. S₁ and So are both singlet electronic states, and T₁ is a triplet electronic state. Regular arrows represent radiative transitions, and "curvy" arrows represent non-radiative processes. There are 6 processes labelled in the diagram with the numbers 1-6. Place those numbers in the table below to give an example of each type of process listed. (The diagram includes at least one labelled example of each of those processes.) Absorption Fluorescence 7.3 Intersystem crossing 7.4 Phosphorescence 7.5 Vibrational relaxation Number from diagram
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