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(Solved): 3. The transmission lines and impedances are as shown in the figure. Assume \( V_{+}=V_{0} e^{j(-k ...



3. The transmission lines and impedances are as shown in the figure. Assume \( V_{+}=V_{0} e^{j(-k x+\omega t)} \).
(a) Suppo

3. The transmission lines and impedances are as shown in the figure. Assume \( V_{+}=V_{0} e^{j(-k x+\omega t)} \). (a) Suppose we are restricted to a single stub at \( k l=\frac{\pi}{2} \). What is the locus of possible \( Z_{L} \) values that can be matched? (Hint: this includes the trivial \( Z_{L}=1 \) )


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Boundary conditions at a junction: Suppose we take two taut strings, one thick and one thin and knot them together. What will happen to a wave as it p
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