Part A$)$ Part B$)$ Part C$)$ The following information applies to Questions $1$ through $8$ Refer to the schematic below captured from ADS. A load impedance Z$\_$L is to be matched to a $50$ system impedance using a single shunt open$-$circuit $($O C$)$ stub. The main goal of this problem is to determine the electrical length in degrees of the oC stub as well as the electrical distance between the load and the connection point of the stub. $($Notice that these quantities have been left blank in the schematic captured from ADS.$)$The load impedance consists of a parallel RC$.$ Assume a frequency of $2\mathrm{.}5$ GHz$./$r$/$n What is the real part of Z$\_$L $?$ Type your answer in ohms to two places after the decimal.Hint: The answer is not $4$ ohms. If you think it is$,$ go back and look carefully at the hint for Problem $1.$ You need to take the reciprocal of the entire complex value of Y$\_$L$,$ not the reciprocal of the real and imaginary parts separately. $/$r$/$n What is the imaginary part of Z$\_$L $?$ Type your answer in ohms to two places after the decimal. If your answer is negative, do include the negative sign in your answer. $/$r$/$n Now consider the design of a single stub matching network $($MN$)$ to match the load impedance to the $50$ ohm source. Assume that the MN using a shunt open$-$circuited stub.What is the shortest length $($in wavelengths$)$ of OC stub that can be used in the MN$?$ Type your answer in electrical degrees to one place after the decimal.