rticle confined to a 1-dimensional box of
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![Consider a particle confined to a 1-dimensional box of length L = 6 nm.
A. What is the probability of locating the particle between x = 3 nm and x = 3.2 nm in the ground state?
B. Evaluate T where is the normalized particle in a box wave function. If the particle is an electron and the quantum number of the state it's in (n) is 3, compute the eigenvalue you get
with the formula you obtain.
(J)
C. What is the potential energy operator equal to for PIAB?
00
O Don't know...
○ 10](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa9a6cceb-4061-4ebd-82f8-5c7013e46e25%2F25910fd5-8aaf-45a8-9753-291ae9f6135b%2Fj3e8gu_processed.png&w=3840&q=75)
Transcribed Image Text:Consider a particle confined to a 1-dimensional box of length L = 6 nm.
A. What is the probability of locating the particle between x = 3 nm and x = 3.2 nm in the ground state?
B. Evaluate T where is the normalized particle in a box wave function. If the particle is an electron and the quantum number of the state it's in (n) is 3, compute the eigenvalue you get
with the formula you obtain.
(J)
C. What is the potential energy operator equal to for PIAB?
00
O Don't know...
○ 10
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