the voltage phasor diagram of the capacitive VT 30Vpk 50Hz 0º Obtained results Figure No. 1 angle 9. VT Figure (1) and the inductive in Figure IT 3.507 mA 30Vpk 501 0" Obtained results Figure No. 2 5=30 Figure 1 V1 V2 VT 21.03 V 2.278V 21.2 V R1 m 6.060 R1 6KO V2 Calculate the phas Figure 2 V1 V2 VT IT 3.091 mA 9.745 V 18.532 V 21.2 V

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Author:Robert L. Boylestad
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Draw the voltage phasor diagram of the capacitive in Figure (1) and the inductive in Figure (2). Calculate the phasor
angle 8.
A
R1
NgẠC
VT
30Vpk
50Hz
0"
Obtained results
Figure No.
1
VT
IT
3.507 mA
30Vpk
50Hz
0"
Obtained results
Figure No.
2
S=30
Figure 1
V1
V2
21.03 V 2.278V
R1
m
6.0k
V1
V
VT
21.2 V
V2
Figure 2
V1
V2
VT
IT
3.091 mA 9.745 V 18.532 V 21.2 V
Transcribed Image Text:Draw the voltage phasor diagram of the capacitive in Figure (1) and the inductive in Figure (2). Calculate the phasor angle 8. A R1 NgẠC VT 30Vpk 50Hz 0" Obtained results Figure No. 1 VT IT 3.507 mA 30Vpk 50Hz 0" Obtained results Figure No. 2 S=30 Figure 1 V1 V2 21.03 V 2.278V R1 m 6.0k V1 V VT 21.2 V V2 Figure 2 V1 V2 VT IT 3.091 mA 9.745 V 18.532 V 21.2 V
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