EE-6202 - Electric Circuits Theory oed answer key
Showing 1 to 20 of 67 total answers.
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Awesome StudentQuestion • Electric Circuits Theory 2
In the formulawe denoteaaas the
Answer
Alpha frequency(incorrect)
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Awesome StudentQuestion • Electric Circuits Theory 2
In the formulawe denoteωω0as the
Answer
Resonant radian frequency
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Awesome StudentQuestion • Electric Circuits Theory 2
The formula for time constant is
Answer
τ=LRτ=LR
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Awesome StudentQuestion • Electric Circuits Theory 2
A capacitor is an open circuit to dc
Answer
True
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Awesome StudentQuestion • Electric Circuits Theory 2
The impedance of an inductor is denoted by
Answer
J(−1/ωC)J(−1/ωC)
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Awesome StudentQuestion • Electric Circuits Theory 2
For a resistor, the voltage and current are
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Awesome StudentQuestion • Electric Circuits Theory 2
For n inductor, the voltage and current are
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Awesome StudentQuestion • Electric Circuits Theory 2
The unit of inductance is named in honor of
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Awesome StudentQuestion • Electric Circuits Theory 2
For a capacitor, the voltage and current are
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Awesome StudentQuestion • Electric Circuits Theory 2
Whenthe response of a second-order circuit is
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Awesome StudentQuestion • Electric Circuits Theory 2
In the figure, the voltage and the current are
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Awesome StudentQuestion • Electric Circuits Theory 2
The unit for capacitance is named after physicist
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Awesome StudentQuestion • Electric Circuits Theory 2
When impedances are in series, they carry the same
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Awesome StudentQuestion • Electric Circuits Theory 2
Find the equivalent inductance of the circuit below
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Awesome StudentQuestion • Electric Circuits Theory 2
The current through an inductor can change abruptly
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Awesome StudentQuestion • Electric Circuits Theory 2
Find the equivalent capacitance of the circuit below
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Awesome StudentQuestion • Electric Circuits Theory 2
When impedances are in parallel, they carry the same
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Awesome StudentQuestion • Electric Circuits Theory 2
The voltage on a capacitor can change instantaneously
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Awesome StudentQuestion • Electric Circuits Theory 2