a) Write down the wave functions for the three regions of the potential barrier (Figure 5.27 in your textbook) for the situation that E < Uo. Be sure to draw a figure and label the regions. Use the boundary conditions at x = 0 and x = L to find four relationships among the 6 coefficients. Do not try to solve the relationships. b) Suppose the particles are incident on the barrier from the left. Which coefficient(s) should be set to zero? Be sure to justify your answer.
a) Write down the wave functions for the three regions of the potential barrier (Figure 5.27 in your textbook) for the situation that E < Uo. Be sure to draw a figure and label the regions. Use the boundary conditions at x = 0 and x = L to find four relationships among the 6 coefficients. Do not try to solve the relationships. b) Suppose the particles are incident on the barrier from the left. Which coefficient(s) should be set to zero? Be sure to justify your answer.
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Transcribed Image Text:JC-38) Steps and Barriers
a) Write down the wave functions for the three regions of the potential barrier
(Figure 5.27 in your textbook) for the situation that E < Uo. Be sure to draw a figure and
label the regions. Use the boundary conditions at x =
among the 6 coefficients. Do not try to solve the relationships.
b) Suppose the particles are incident on the barrier from the left. Which
coefficient(s) should be set to zero? Be sure to justify your answer.
O and x =
L to find four relationships
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