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Eventually become very large
Stay the same
Decrease, approaching zero
Be stored in the core material
Increases
Decreases
Stays the same
Is stored in the core material
Increases
Decreases
Stays the same
Depends on the voltage
0.628 Ω
6.28 Ω
62.8 Ω
628 Ω
0.637 H
628 H
63.7 mH
628 mH
13 kHz
0.013 kHz
83 kHz
83 MHz
670 mH
670 µH
460 mH
460 µH
682 Ω
4.28 Ω
4.28 kΩ
4.28 MΩ
55.3 kHz
55.3 Hz
181 kHz
181 Hz
Corresponds to a unique resistance
Corresponds to a unique inductance
Corresponds to a unique combination of resistance and inductive reactance
Corresponds to a unique combination of resistance and inductance
A vector pointing straight up
A vector pointing east
A circle
A ray of indefinite length, pointing outward from the origin
Corresponds to a specific point in the RL plane
Corresponds to a specific inductive reactance
Corresponds to a specific resistance
All of the above are true
Magnitude and direction
Resistance and inductance
Resistance and reactance
Inductance and reactance
Increases
Decreases
Stays the same
Becomes alternately positive and negative
Constantly increasing
Constantly decreasing
Equal to 0°
Equal to 90°
0°
45°
90°
It depends on the actual values of the resistance and the inductive reactance
45.0°
51.5°
38.5°
There isn’t enough data given to calculate it
78°
12°
43°
47°
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