1. Finite potential well Use this information to answer Question 1-2: Consider an electron in a finite potential with a depth of V₁ = 0.3 eV and a width of 10 nm. Find the lowest energy level. Give your answer in unit of eV. Answers within 5% error will be considered correct. Note that in the lecture titled "Finite Potential Well", the potential well is defined from L to L, which makes the well width 2L.
1. Finite potential well Use this information to answer Question 1-2: Consider an electron in a finite potential with a depth of V₁ = 0.3 eV and a width of 10 nm. Find the lowest energy level. Give your answer in unit of eV. Answers within 5% error will be considered correct. Note that in the lecture titled "Finite Potential Well", the potential well is defined from L to L, which makes the well width 2L.
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Transcribed Image Text:1. Finite potential well
Use this information to answer Question 1-2:
Consider an electron in a finite potential with a depth of Vo = 0.3 eV and a width of 10 nm.
Find the lowest energy level.
Give your answer in unit of eV. Answers within 5% error will be considered correct.
Note that in the lecture titled "Finite Potential Well", the potential well is defined from -L to L, which makes the well width 2L.
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