A 600-Ω transmission line is 150 m long, operates at 400 kHz with ___, and ___, and is terminated to a load with impedance ___. Find the length of the line in terms of wavelength, the reflection coefficient at the load, the reflection coefficient (phasor) at the input of the transmission line, and the input impedance (rectangular form) of the transmission line. Assume that the voltage at the terminals of the load is ___. Find the voltage (phasor) at the input of the transmission line. Because of the apparent mismatch, a standing wave is expected to be present across the transmission line. Find the position of the line where the voltage is maximum and the value ___.

a) resistance, inductance, capacitance, 300Ω, 500V
b) inductance, capacitance, resistance, 500Ω, 300V
c) resistance, capacitance, inductance, 500Ω, 300V
d) capacitance, resistance, inductance, 300Ω, 500V