Question

6. For the circuit in Figure 4, (a) find ZT, I, VR, VL, and VC (Ans: 50 < -36.87°?, 2.4 < 36.87°A, 48 < 126.87°V, 120 < -53.13°V, 96 < 36.87°V (b) Sketch the phasor diagrams of ZT, I, VR, VL, and VC + VL – XL 20 ? I E = 120 V?0° ZT ? XC 50 ? + VC – R 40 ? – VR + Figure 4

          6. For the circuit in Figure 4,
(a) find ZT, I, VR, VL, and VC
(Ans: 50 < -36.87&deg;?, 2.4 < 36.87&deg;A, 48 < 126.87&deg;V, 120 < -53.13&deg;V, 96 < 36.87&deg;V
(b) Sketch the phasor diagrams of ZT, I, VR, VL, and VC
+ VL –
XL
20 ?
I
E = 120 V?0&deg;
ZT ? XC 50 ? + VC –
R
40 ?
– VR +
Figure 4

6. For the circuit in Figure 4,
(a) find ZT, I, VR, VL, and VC
(Ans: 50 < -36.87 deg;?, 2.4 < 36.87 deg;A, 48 < 126.87 deg;V, 120 < -53.13 deg;V, 96 < 36.87 deg;V
(b) Sketch the phasor diagrams of ZT, I, VR, VL, and VC
+ VL –
XL
20 ?
I
E = 120 V?0 deg;
ZT ? XC 50 ? + VC –
R
40 ?
– VR +
Figure 4

Added by Chase A.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Dwijendra Rao

Step 1

- Resistor \( R = 40 \Omega \) - Inductive reactance \( X_L = 20 \Omega \) - Capacitive reactance \( X_C = 50 \Omega \) - Source voltage \( E = 120 \angle 0^\circ \text{V} \) Show more…

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For the circuit in Figure 4, (a) find ZT, I, VR, VL, and VC (Ans: 50 < -36.87Ω, 2.4 < 36.87°A, 48 < 126.87°V, 120 < -53.13°V, 96 < 36.87°V (b) Sketch the phasor diagrams of ZT, I, VR, VL, and VC