|Vx| = |Vy| = |V| = 377, 0 = 13° 20'

Problem Set # 1: Provide Polar and Rectangular Answers for (a) and (b).

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For the resistor shown above what best describes its behavior at 1 MHz? It responds primarily as a resistor It responds primarily as a capacitor O It responds primarily as a inductor It responds primarily as a transformer

Thank you in advance for your answer.

The following input impedance curves have been measured for a straight wire antenna as a function of frequency. The rectangular-shaded area on the left side graphs are magnified on the right side graphs to read the values clearly. Input Impedance (9) 1200 900 600 300 0 -300 -600 -900 -1200 Rin-Xin Rin=002 to3 Xin 052 SCAM | Xin= -77062 -Rin=1070 1.6 f(GHz) magnified Input Impedance (92) 200Rin-Xin 150 100 50 0 -50 -100 -150 -200 Rin-195.0 Rin-73 2 | Xin–8712 Xin 022 V What is the VSWR, on a 500 transmission line feeding this antenna at (a) 0.3 GHz, (b) 0.9 GHz, (c) 1 GHz, and (d) 1.6 GHz? If (GHz)

only do if you know and correct answer i will make sure to vote thank you.

please show work. i will give your work a thumbs up 7. Consider the oscilloscope screen shot below: ek Run 4.00p 1.0000 Vpp 0.000000 1. 5.000S/ IM points 500mV AFG Sine 100.00 Hz 0.00 V As shown the Volt / Div - 500mV per division, Time Base - 4.00 us per division, and Frequency is 100 KHz: a) Determine the peak-to-peak voltage (Vpp) and half-cycle average voltage (Vave). b) Determine the peak-voltage (Vpk) and root-mean-square voltage (Vrms). c) What is the period (T) of the IMHZ signal?

Consider the circuit shown below. Which one depicts the Bode magnitude plot to scale for the transfer function H(f)= Vout/Vin? R = 200n N + Vin L= 50 μΗ Vout Figure |H(f)ldB -20 + 10fg= -40 fg/100= fg/10= f3= 2 kHz 100f3= 20 kHz 200 kHz 20 Hz 200 Hz u +