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The Graphs Below Represent Current and Voltage Phasors at One

Question 4

Multiple Choice

The graphs below represent current and voltage phasors at one instant of time. The solid arrows represent the voltage phasors, ΔV, and the dashed arrows represent the current phasors, Imax.The graph which shows the correct relationship between current and voltage phasors for an inductor in an RL circuit is


A)
The graphs below represent current and voltage phasors at one instant of time. The solid arrows represent the voltage phasors, ΔV, and the dashed arrows represent the current phasors, I<sub>max</sub>.The graph which shows the correct relationship between current and voltage phasors for an inductor in an RL circuit is A) B) C) D) E)
B)
The graphs below represent current and voltage phasors at one instant of time. The solid arrows represent the voltage phasors, ΔV, and the dashed arrows represent the current phasors, I<sub>max</sub>.The graph which shows the correct relationship between current and voltage phasors for an inductor in an RL circuit is A) B) C) D) E)
C)
The graphs below represent current and voltage phasors at one instant of time. The solid arrows represent the voltage phasors, ΔV, and the dashed arrows represent the current phasors, I<sub>max</sub>.The graph which shows the correct relationship between current and voltage phasors for an inductor in an RL circuit is A) B) C) D) E)
D)
The graphs below represent current and voltage phasors at one instant of time. The solid arrows represent the voltage phasors, ΔV, and the dashed arrows represent the current phasors, I<sub>max</sub>.The graph which shows the correct relationship between current and voltage phasors for an inductor in an RL circuit is A) B) C) D) E)
E)
The graphs below represent current and voltage phasors at one instant of time. The solid arrows represent the voltage phasors, ΔV, and the dashed arrows represent the current phasors, I<sub>max</sub>.The graph which shows the correct relationship between current and voltage phasors for an inductor in an RL circuit is A) B) C) D) E)

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