RESULTS, and include the circuit and the plot in the REPORT. 3. As we will see in class within the next week or so, the peak response of an LRC circuit is estimated by its resonant frequency, (the expression should look familiar! Computed in this manner, the units of the resonant frequency are in rad/s. Remembering that , compute the resonant frequency and compare it to value measured. 4. Change the scale of the plot so that the y-axis goes from -3 dB to 0 dB, and the x-axis from 1 kHz to 25 kHz, while retaining the logarithmic scale. Estimate the width (in Hz) of the frequencyselective curve between the two -3 dB points. Compare this to the theoretical value obtained from , where the result of that division is in rad/s, not Hz. Provide the expanded scale plot in RESULTS. Provide the expanded scale plot, and your computations in your REPORT. 5. Using the equations for , adjust the values of while hol