1. A particle in one dimension is described by the wave-function: (x) = Be-2x, for x20,...

 

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1. A particle in one dimension is described by the wave-function: (x) = Be-2x, for x20, and y(x) = Ce4x for x <0, where B and C are real numbers. (a) Calculate B and C in order for the wave-function to be continuous and have a normalized probability, i.e. f(x)|dx = 1. (b) What is the position x where the particle is most likely to be found? 1. A particle in one dimension is described by the wave-function: (x) = Be-2x, for x20, and y(x) = Ce4x for x <0, where B and C are real numbers. (a) Calculate B and C in order for the wave-function to be continuous and have a normalized probability, i.e. f(x)|dx = 1. (b) What is the position x where the particle is most likely to be found?