1 A particle of mass is confined to an infinite potential well of width a. At t=0 the particle's wave functionis given byÞ(x,0) = Ax 0 < |x[<;=0 for all other values of x.Graph the potential energy function and calculate the normalization constant so that this initial wavefunction is normalized to unity.

Given: The wavefunction of the particle is

A particle of mass is confined to an infinite potential well of width a. At t=0 the particle's wave function is given by a Þ(x,0) = Ax 0 < x|< 10 =0 for all other values of x. Graph the potential energy function and calculate the normalization constant so that this initial wave function is normalized to unity.

A particle of mass is confined to an infinite potential well of width a. At t=0 the particle's wave function is given by a Þ(x,0) = Ax 0 < x|< 10 =0 for all other values of x. Graph the potential energy function and calculate the normalization constant so that this initial wave function is normalized to unity.