Analytical Problem: Show all work neatly. 14) In Experiment #9 AC Circuits, the actual circuit resonance data collected by your Instructor are shown in the figure below. • Calculate the % difference between the experimental and theoretical values for the circuit resonance frequency, fo, and discuss why they are different. • Calculate the Quality Factor, Q, for this resonance curve.
Analytical Problem: Show all work neatly. 14) In Experiment #9 AC Circuits, the actual circuit resonance data collected by your Instructor are shown in the figure below. • Calculate the % difference between the experimental and theoretical values for the circuit resonance frequency, fo, and discuss why they are different. • Calculate the Quality Factor, Q, for this resonance curve.
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Transcribed Image Text:Analytical Problem: Show all work neatly.
14) In Experiment #9 AC Circuits, the actual circuit resonance data collected by
your Instructor are shown in the figure below.
• Calculate the % difference between the experimental and theoretical values
for the circuit resonance frequency, fo, and discuss why they are different.
• Calculate the Quality Factor, Q, for this resonance curve.
0.40
0.35
=- 5858 Hz
0.30
0.25
30.20
0.15
0.10
Circuit Resonance
fo = - 5858 Hz
0.05
0.00
103
f, frequency (Hz), Log Scale
10°
10
105
I(Rs) Amps
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