In the circuit above:, the supply provides 3 V, the resistor is 1.66 kN, and the inductor is 13 mH. The resistance of the wires is negligible. If you want to charge the capacitor, and then observe critical damping when you discharge it across the inductor, what must the capacitance be? Answer to the nearest 0.1 nF.
In the circuit above:, the supply provides 3 V, the resistor is 1.66 kN, and the inductor is 13 mH. The resistance of the wires is negligible. If you want to charge the capacitor, and then observe critical damping when you discharge it across the inductor, what must the capacitance be? Answer to the nearest 0.1 nF.
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Transcribed Image Text:Question 15
In the circuit above:, the supply provides 3 V, the resistor is 1.66 kN, and the inductor
is 13 mH. The resistance of the wires is negligible.
If you want to charge the capacitor, and then observe critical damping when you
discharge it across the inductor, what must the capacitance be?
Answer to the nearest 0.1 nF.
18.9 margin of error +/-2%
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