The wave function for the 𝑛nth state of a particle trapped in a one‑dimensional infinite square well of width &#
Posted: Fri Apr 29, 2022 12:04 pm
The wave function for the 𝑛nth state of a particle trapped
in a one‑dimensional infinite square well of width 𝐿L is
given by
Ψ𝑛(𝑥)=2𝐿‾‾‾√sin(𝑛𝜋𝑥𝐿)Ψn(x)=2Lsin(nπxL)
The wave function for the 𝑛=3n=3 state is sketched in
the image.
What is the probability of the particle being located between
points C and D?
between points C and D:
What is the probability that the particle is to the right
of C?
to the right of C:
in a one‑dimensional infinite square well of width 𝐿L is
given by
Ψ𝑛(𝑥)=2𝐿‾‾‾√sin(𝑛𝜋𝑥𝐿)Ψn(x)=2Lsin(nπxL)
The wave function for the 𝑛=3n=3 state is sketched in
the image.
What is the probability of the particle being located between
points C and D?
between points C and D:
What is the probability that the particle is to the right
of C?
to the right of C: