Reflection and transmission coefficients In class we haw argued that R+T = 1. wh

Question

Reflection and transmission coefficients In class we haw argued that R+T = 1. where R is the reflection and T is the transmission coefficient, respectively. This can be shown using the continuity equation: Show (or argue) that the right hand side of the continuity equation equals zero for all scenarios studied in class (i.e. E V0. all regions of the potential step and potential barrier problems). Next, show that J(x = infinity) - J(x = -infinity) = 0. Write J(x = infinity) and J(x = -infinity) as functions of J incident and J transmitted and show It R + T = 1.

Explanation / Answer

the transmision is 4.5 the friction is 8.7

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