Exercise: Networks Analysis And Synthesis

Questions for: Networks Analysis And Synthesis

The zeros of a minimum phase function lie on
A:
imaginary axis
B:
left half plane or origin
C:
left half plane or imaginary axis
D:
right half plane or origin
Answer: C
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In a R-L-C circuit at resonance is
A:
maximum in series resonance and minimum in parallel resonance.
B:
maximum in parallel resonance and minimum in series resonance
C:
minimum in both series and parallel resonances
D:
maximum in both series and parallel resonances.
Answer: A
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Force = Electric intensity x current.
A:
True
B:
False
C:
D:
Answer: B
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For the network in figure, the correct loop equation for loop 3 is
A:
-I1 + 4I2 + 11I3 = 0
B:
I1 + 4I2 + 11I3 = 0
C:
-I1 - 4I2 + 11I3 = 0
D:
I1 - 4I2 + 6I3 = 0
Answer: C
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In the figure shown, assume that all the capacitors are initially unchanged and Vi(t) = 10 U(t) volts then V0(t) is given by
A:
8 e-0.004t volts
B:
8 (j - e-0.004t) volts
C:
8 u(t) volts
D:
8 volts
Answer: B
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