Consider a particle of mass, m, with energy, E, moving to the right from -o. This particle is subject to the potential energy V(x) = }V. for 0 sx< a. For all questions below, consider the case E > V,. x z a Sketch a picture that shows the potential energy. In this picture represent a particle moving to the right when x < 0. Solve the time independent Schrodinger equation to find ye(x) on the domain -o
Consider a particle of mass, m, with energy, E, moving to the right from -o. This particle is subject to the potential energy V(x) = }V. for 0 sx< a. For all questions below, consider the case E > V,. x z a Sketch a picture that shows the potential energy. In this picture represent a particle moving to the right when x < 0. Solve the time independent Schrodinger equation to find ye(x) on the domain -o
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
Transcribed Image Text:Consider a particle of mass, m, with energy, E, moving to the right from -o. This particle is
(0
x<0
subject to the potential energy V(x) = }V, for 0 <x < a. For all questions below, consider the case E > V.
xz a
Sketch a picture that shows the potential energy. In this picture represent a particle moving to the
right when x < 0.
Solve the time independent Schrodinger equation to find E(x) on the domain -o <xsa.
Find the probability of reflection at the interface at x = 0.
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