Using the 1,3 butadiene system and UV-spectroscopy we found that exciting an electron from the(E2) HOMO to (E3) LUMO resulted in an experimentalwavelength absorption at 217 nm; whereas,if we solved this using the particle in the box our calculated value would be 220 nm.n?h?En =8ml2If we use formula(s) for the particle in the box, what would "L" represent for the butadiene system?O Bond lengths associated with the entire molecule.The sum of the bond angles associated with the molecule.Both bond lengths and angles.

When we are dealing with particle in box, then 'l' denotes the length of the box.

Using the 1,3 butadiene system and UV-spectroscopy we found that exciting an electron from the(E2) HOMO to (E3) LUMO resulted in an experimental wavelength absorption at 217 nm; whereas ,if we solved this using the particle in the box our calculated value would be 220 nm. n?h? En = 8mL If we use formula(s) for the particle in the box, what would "L" represent for the butadiene system? O Bond lengths associated with the entire molecule. 2 O The sum of the bond angles associated with the molecule. Both bond lengths and angles.

Using the 1,3 butadiene system and UV-spectroscopy we found that exciting an electron from the(E2) HOMO to (E3) LUMO resulted in an experimental wavelength absorption at 217 nm; whereas ,if we solved this using the particle in the box our calculated value would be 220 nm. n?h? En = 8mL If we use formula(s) for the particle in the box, what would "L" represent for the butadiene system? O Bond lengths associated with the entire molecule. 2 O The sum of the bond angles associated with the molecule. Both bond lengths and angles.

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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