Refer to Fig. 9- 28(a) but change the load from a pure capacitance to a parallel combinati...

Refer to Fig. 9- 28(a) but change the load from a pure capacitance to a parallel combination of CL = 14 (nF) and RL = 1000 (Ω). Assume that V0 = 100 (V), R0 = 50 (Ω), = 900 (m), and u = c.

a) Find the expressions for the current in and the voltage across the load as functions of t.

---

b) Sketch the current and voltage distributions along the transmission line at tI = 4 (,µs).