2) Generate a bounce diagram describing the voltage, V(z,t) for a lossless line, 1 m \text { long, with } Z_{0}=75 \Omega \text { and } v_{p}=\left(\frac{2}{3}\right) c \text {

. The voltage is applied at } t=0 \text { with } V g=50 \mathrm{~V} Rg= 125 2. The line is terminated in a load, RL = 45 N. Use the bounce diagram to plot the voltage, V(z = 0.40 m, t) for 0<= t <=20 n sec. Assume the voltage V(z,t), is now a pulse with width 1 n sec. Show V(z = 0.40 m, 0 <= t <=20 n sec).