Continue with the last question, if the conjugate system has 8 double bond, Calculate the energy difference between HOMO and LUMO. Please enter your answer (unit: J) using scientific notation with two significant figures, such as 5.2E- 10 Hint: to calcualte the length L, adding all the bonds. The length of a double bond is 135 pm and the length of a single bond is 154 pm, ignoring the effect of two ends on L. Remember: the number of single bond is one less than that of double bonds.

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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QUESTION 17
Continue with the last question, if the conjugate system has 8 double bond,
Calculate the energy difference between HOMO and LUMO. Please enter your
answer (unit: J) using scientific notation with two significant figures, such as 5.2E-
10
Hint: to calcualte the length L, adding all the bonds. The length of a double bond is
135 pm and the length of a single bond is 154 pm, ignoring the effect of two ends
on L. Remember: the number of single bond is one less than that of double bonds.
Transcribed Image Text:QUESTION 17 Continue with the last question, if the conjugate system has 8 double bond, Calculate the energy difference between HOMO and LUMO. Please enter your answer (unit: J) using scientific notation with two significant figures, such as 5.2E- 10 Hint: to calcualte the length L, adding all the bonds. The length of a double bond is 135 pm and the length of a single bond is 154 pm, ignoring the effect of two ends on L. Remember: the number of single bond is one less than that of double bonds.
QUESTION 16
The Pl electrons in conjugated alkenes (alternate double and single bonds) can be
studied using the particle in a box model, and the allowed energies are given by
n²h²
n=1,2,3...
E
Sma²
where L is the length of the box (or the total length of the conjugate system).
Specify which n corresponds to the highest occupied molecular orbital (HOMO) of a
conjugate system with 8 double bonds.
Please enter your answers with an interger:
"1
Transcribed Image Text:QUESTION 16 The Pl electrons in conjugated alkenes (alternate double and single bonds) can be studied using the particle in a box model, and the allowed energies are given by n²h² n=1,2,3... E Sma² where L is the length of the box (or the total length of the conjugate system). Specify which n corresponds to the highest occupied molecular orbital (HOMO) of a conjugate system with 8 double bonds. Please enter your answers with an interger: "1
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