What is the value of the inductance L so that the above circuit carries the largest current? Data: R= 2.59x102 2, f = 1.93×10³ Hz, C = 6.10×10-³ F, Vrms = 6.89×10¹ V. 1.11*10^-6uH Submit Answer Incorrect. Using the inductance found in the previous problem, what is the impedance seen by the voltage source?
What is the value of the inductance L so that the above circuit carries the largest current? Data: R= 2.59x102 2, f = 1.93×10³ Hz, C = 6.10×10-³ F, Vrms = 6.89×10¹ V. 1.11*10^-6uH Submit Answer Incorrect. Using the inductance found in the previous problem, what is the impedance seen by the voltage source?
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B4
Transcribed Image Text:R
V
100
L
Select 'True', 'False' or 'Cannot tell' for
the following statements.
True: The current through the inductor is
the same as the current through the
resistor at all times.
True: The current through the inductor
always equals the current
charging/discharging the capacitor.
True: Energy is dissipated in the resistor
but not in either the capacitor or the
inductor.
Submit Answer
False: The voltage drop across the
resistor is the same as the voltage drop
across the inductor at all times.
You are correct. Previous Tries
What is the value of the inductance L so
that the above circuit carries the largest
current?
Data: R= 2.59×10² 2, f = 1.93×10³ Hz,
C = 6.10×10-3 F, Vrms = 6.89x10¹ V.
1.11 10^-6uH
Incorrect.
Using the inductance found in the
previous problem, what is the impedance
seen by the voltage source?
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