A 8-in section of 50 ohm lossless transmission line is driven by a generator of voltage v_g(t) = 7sin(5 pi times 10^8 t + 60 The generator internal impedance is 70 ohm. The insulating material of the transmission line has relative permittivity epsilon_r = 3. The line is terminated with a load Z_L = 100 + j 50 ohm. Determine: a. The wavelength lambda on the line b. The reflection coefficients at the load c. The input impedance of the line d. The input voltage of the line_i (phasor) e. The instantaneous input voltage to the line v_i(t) f. The voltage standing wave ratio (VSWR) g. The location on the line where the first maximum voltage occurs
