In figure 3, the supply voltage V is_ a. 500V b. 100V c. 200V d. 400V The voltage across LC combination in figure 5 is. a. Zero b. 1,200V c. 400V d. 200√2 At series resonance, a. Circuit impedance is very large Circuit power factor is minimum b. c. Voltage across L or C is zero d. Circuit power factor is unity At series resonance, the voltage across L or C is. a. Equal to applied voltage b. Less than applied voltage c. Much more than applied voltage d. Equal to voltage across R An ac system supplies an apparent power of 10KVA to a circuit; the reactive power being 6KVAR. The power factor of the circuit is a. 0.8 a. 0.6 b. 0.75 c. 1
In figure 3, the supply voltage V is_ a. 500V b. 100V c. 200V d. 400V The voltage across LC combination in figure 5 is. a. Zero b. 1,200V c. 400V d. 200√2 At series resonance, a. Circuit impedance is very large Circuit power factor is minimum b. c. Voltage across L or C is zero d. Circuit power factor is unity At series resonance, the voltage across L or C is. a. Equal to applied voltage b. Less than applied voltage c. Much more than applied voltage d. Equal to voltage across R An ac system supplies an apparent power of 10KVA to a circuit; the reactive power being 6KVAR. The power factor of the circuit is a. 0.8 a. 0.6 b. 0.75 c. 1
Delmar's Standard Textbook Of Electricity
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ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
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![In figure 3, the supply voltage V is_
a. 500V
b. 100V
c. 200V
d. 400V
The voltage across LC combination in figure 5 is.
a. Zero
b. 1,200V
c. 400V
d. 200√2
At series resonance,
a. Circuit impedance is very large
b. Circuit power factor is minimum
c. Voltage across L or C is zero
d. Circuit power factor is unity
At series resonance, the voltage across L or C is.
a. Equal to applied voltage
b. Less than applied voltage
c. Much more than applied voltage
d. Equal to voltage across R
An ac system supplies an apparent power of
10KVA to a circuit; the reactive power being
6KVAR. The power factor of the circuit is
a. 0.8
a. 0.6
b. 0.75
C. 1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8ee4e7ac-df4e-472a-9703-5f5a9571a3ed%2Fecc22010-3ff2-4164-b1cb-e798d1120232%2Fg5ukktt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In figure 3, the supply voltage V is_
a. 500V
b. 100V
c. 200V
d. 400V
The voltage across LC combination in figure 5 is.
a. Zero
b. 1,200V
c. 400V
d. 200√2
At series resonance,
a. Circuit impedance is very large
b. Circuit power factor is minimum
c. Voltage across L or C is zero
d. Circuit power factor is unity
At series resonance, the voltage across L or C is.
a. Equal to applied voltage
b. Less than applied voltage
c. Much more than applied voltage
d. Equal to voltage across R
An ac system supplies an apparent power of
10KVA to a circuit; the reactive power being
6KVAR. The power factor of the circuit is
a. 0.8
a. 0.6
b. 0.75
C. 1
![L
R = 2002
wwmm
100V
C
H
200V200V
V
Figure 3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8ee4e7ac-df4e-472a-9703-5f5a9571a3ed%2Fecc22010-3ff2-4164-b1cb-e798d1120232%2F3qg4flh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:L
R = 2002
wwmm
100V
C
H
200V200V
V
Figure 3
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