Resistance has no concentrated magnetic field to oppose a change in I, like inductance, and no electric field to store charge that opposes a change in V, like capacitance.
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Q30: For an RL integrator
A) the output is
Q31: Many applications of inductance are for sine-wave
Q32: RL circuits are more common than RC
Q33: With nonsinusoidal voltage and current, the effect
Q34: The time constant is the time for
Q36: While the current is building up in
Q37: The L/R time constant becomes longer with
Q38: The transient response of capacitive circuits is
Q39: RC specifies the time it takes C
Q40: The voltage across a capacitor can change
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