Mukha mo diagram. Suppose the inductor is connected in series with a resistor and a capacitor. If V₁ represents the phasor of the voltage of the inductor as shown, which of the following correctly describes the phasor of the voltages of the resistor VR and the capacitor Vc? V₂ V₁ 2 W 27 V₁ V3

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For the items 26 and 27, consider the following sinusoidal plot of the instantaneous voltage of an inductor as a function of time.
0.0
12.5
37.5
50.0
25.0
Time (s)
26
Ang mean-mean mo! What is its root-mean-square voltage?
O A. 2.1 [V]
O B. 3.0 [V]
O C. 4.2 [V]
O D. 8.5 [V]
Transcribed Image Text:For the items 26 and 27, consider the following sinusoidal plot of the instantaneous voltage of an inductor as a function of time. 0.0 12.5 37.5 50.0 25.0 Time (s) 26 Ang mean-mean mo! What is its root-mean-square voltage? O A. 2.1 [V] O B. 3.0 [V] O C. 4.2 [V] O D. 8.5 [V]
Refer to the figure provided in Question 26 for this question.
Mukha mo diagram. Suppose the inductor is connected in series with a resistor and a capacitor. If V₁, represents the phasor of the voltage
of the inductor as shown, which of the following correctly describes the phasor of the voltages of the resistor VR and the capacitor Vc?
V₁
1
27
V₂
3
√2
VL
OA. V₁: Vc, V2: VR
OB. V₁: VR, V₂: Vc
OC. V₁: Vc, V3: VR
OD. V₁: VR, V3: Vc
Transcribed Image Text:Refer to the figure provided in Question 26 for this question. Mukha mo diagram. Suppose the inductor is connected in series with a resistor and a capacitor. If V₁, represents the phasor of the voltage of the inductor as shown, which of the following correctly describes the phasor of the voltages of the resistor VR and the capacitor Vc? V₁ 1 27 V₂ 3 √2 VL OA. V₁: Vc, V2: VR OB. V₁: VR, V₂: Vc OC. V₁: Vc, V3: VR OD. V₁: VR, V3: Vc
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