A particle of mass M = 13me (where me is the mass of the electron) is at bound state under a one- dimensional potential

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A particle of mass M = 13me (where me is the mass of the electron) is at bound state under a one- dimensional potential

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A Particle Of Mass M 13me Where Me Is The Mass Of The Electron Is At Bound State Under A One Dimensional Potential 1
A Particle Of Mass M 13me Where Me Is The Mass Of The Electron Is At Bound State Under A One Dimensional Potential 1 (45.06 KiB) Viewed 31 times
A particle of mass M = 13me (where me is the mass of the electron) is at bound state under a one- dimensional potential given by: x < 0 U(x) 0 0 < x < b U. x >b The wavefunction at area is 0 < r <b is V1(x) Asin(kx) and the wavefunction at area is x > b is 02(x) = It is given that k = 20 nm-1 and b = 0.005 nm Find a in units of = Be-au nm-1 Find the value of the potential step Uo. Give answer in eV.
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