D-1). Which of the following circuit conditions would the current be more in phase with the voltage? a) a circuit with a relatively large amount of resistance b) a circuit with a relatively large amount of inductance c) they should both be the same. d) none of the above D-2). Which of the following components would determine how much current would flow in a with a DC voltage applied? a) the resistance of the circuit b) the inductance of the circuit c) the impedance of the circuit d) none of the above D-3). Which of the following components would determine how much current would flow in a circuit with an AC voltage applied?
D-1). Which of the following circuit conditions would the current be more in phase with the voltage?
a) a circuit with a relatively large amount of resistance b) a circuit with a relatively large amount of inductance c) they should both be the same. d) none of the above
D-2). Which of the following components would determine how much current would flow in a with a DC voltage applied?
a) the resistance of the circuit b) the inductance of the circuit c) the impedance of the circuit d) none of the above
D-3). Which of the following components would determine how much current would flow in a circuit with an AC voltage applied?
a) the resistance of the circuit Lb) the inductance of the circuit c) the impedance of the circuit d) none of the above
D-4). What determines.the synchronous speed of the rotating magnetic field around the stator of a single-phase split-phase motor?
a) the number of stator poles per phase b) the frequency of the applied voltage c) both "a" and "b" d) neither "a" nor "b"
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