Part B: $[30$ pts$]$

PSpice

Part $1$:

Use PSpice to analyze the circuit shown below.

Given the below circuit where $w=1ra\frac{d}{sec}$ and $a=73V.$ All values are in rms $.$

Simulate the circuit in PSpice and answer the questions in part $1$ and part $2.$

Step $1$:Draw the circuit and connect all the needed printers $.$

Step $2$: Fill in the simulation settings. $\text{'}$AC Sweep$/$Noise$\text{'}$ is chosen under 'Analysis Type'.For sinusoidal steady$-$state analysis, a single frequency is entered. The same frequency is entered for 'Start Frequency' and 'End Frequency', and $1$ is entered for 'Total Points'.

Step $3$: After the simulation is run $,$the printer readings are available at the end of 'Simulation Output File'.This file can be viewed by selecting View$/$Output File at the top of the Shematic$1$ diagram.

Part I:

Take a screenshot of the circuit showing all the connected printers needed to answer the below questions.

Part II:

a$)$ Find the value of the real part of $I_1$ in Amperes$($rms$).$

Take a screenshot showing the answer.

b$)$ Find the value of the imaginary part of $l_1$ in Amperes$($rms$).$

Take a screenshot showing the answer.

c$)$ Find the real part of $V_1$ in Volts.

Take a screenshot showing the answer.

$3$

d$)$ Find the real part of $I_2$ in Amperes$($rms$).$

Take a screenshot showing the answer.

Part $2$:

Solve the circuit analytically in two ways $($Using Nodal Analysis and Using Mesh Analysis$)$ and verify the results you got in part $1.$