1. The problem statement, all variables and given/known data (a) For the circuit above find the physical parameters of the Thevenin equivalent source with respect to terminals “a” and “b”. Assume that the resistances and reactances of the circuit are given at signal frequency 1 MHz. (b) Find the impedance of the matched load for that source. (c) Assuming the signal frequency of 1 MHz, find the parameters of the series R- C or R- L physical equivalent circuit of the matched load. (d) Generate a plot showing frequency dependences of the active and reactive power delivered into the matched load in the frequency range 100 kHz – 10 MHz. 2. Relevant equations 3. The attempt at a solution I mostly just have a general question about the problem I am working on, not necessarily looking for a specific answer. For parts (a) and (b) of the problem I am not sure if I am supposed to do one of two things. For part (a) I think I just need to use the voltage divider equation to solve it. So: Eth = (L1*E)/(L1+R1). I think this is correct? For part (b) I am not sure if I am supposed to be finding the Zth by solving for the equivalence of just R1 and L1 or if I need to find the equivalence of R1, L1, C1, and R2. Any help would be much appreciated! Thanks. Note: R1 is 5ohm resistor and R2 is 2ohm resistor.