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A particle of mass m that is confined in a one-dimensional box of length L, i.e., x E (0, L), is described by the wave function: II. Ent Þ(x,t) = A sin (*) exp in where n E N where n²n?h En 2mL2 where n EN The wave function is zero outside the box. What is the position uncertainty and momentum uncertainty of the particle? (Calculate Ax and Ap)

A particle of mass m that is confined in a one-dimensional box of length L, i.e., x E (0, L), is described by the wave function: II. Ent Þ(x,t) = A sin (*) exp in where n E N where n²n?h En 2mL2 where n EN The wave function is zero outside the box. What is the position uncertainty and momentum uncertainty of the particle? (Calculate Ax and Ap)

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II. A particle of mass m that is confined in a one-dimensional box of length L, i.e., x E (0, L), is described by the wave function: Ent Þ(x, t) = A sin (") exp in where n EN where n?n²h 2mL? where n EN En The wave function is zero outside the box. What is the position uncertainty and momentum uncertainty of the particle? (Calculate Ax and Ap)
Transcribed Image Text:II. A particle of mass m that is confined in a one-dimensional box of length L, i.e., x E (0, L), is described by the wave function: Ent Þ(x, t) = A sin (") exp in where n EN where n?n²h 2mL? where n EN En The wave function is zero outside the box. What is the position uncertainty and momentum uncertainty of the particle? (Calculate Ax and Ap)
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