Please answer the question fully and show all your steps. Just giving the right
answer will be worth few points.
1. For the circuit shown, $v_g = 60cos(10,000t)$ V (rms). Use Thevenin's
method to:
a) Determine the load impedance that will result in maximum average
power being transferred to the load.
b) Determine the maximum average power delivered to the load from
part (a).
Rubric: Draw the frequency domain equivalent circuit (3 points), determine $V_{TH}$ (3 points), determine $i_{sc}$ (3 points),
determine $Z_{TH}$ (2 points), determine $Z_L$ (2 points), determine $i_L$ when $Z_L$ is the load impedance found in (a) (4 points),
determine maximum average power of the load (3 points).
