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Q: The readings of the two watt meters used to measure power in a capacitive load are -3000W and 8000W respectively. Calculate the input power. Assume RYB sequence.
The readings of the two watt meters used to measure power in a capacitive load are -3000W and 8000W respectively. ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The readings of the two watt meters used to measure power in a capacitive load are -3000W and 8000W respectively. Find the power factor.
The readings of the two watt meters used to measure power in a capacitive load are -3000W and 8000W respectively. ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The wattmeter reading while measuring the reactive power with wattmeter is?
The wattmeter reading while measuring the reactive power with wattmeter is? (a) VLILsecØ (b) VLILsinØ (c) VLILtanØ ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The total reactive power in the load while measuring the reactive power with wattmeter is?
The total reactive power in the load while measuring the reactive power with wattmeter is? (a) √3VLILcosØ (b) ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A single wattmeter is connected to measure the reactive power of a three-phase, three-wire balanced load. The line current is 17A and the line voltage is 440V. Calculate the power factor of the load if the reading of the wattmeter is 4488 VAR.
A single wattmeter is connected to measure the reactive power of a three-phase, three-wire balanced load. The line ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of current in R-L circuit is?
The expression of current in R-L circuit is? (a) i=(V/R)(1+exp((R/L)t)) (b) i=-(V/R)( ... Network theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The steady state part in the expression of current in the R-L circuit is?
The steady state part in the expression of current in the R-L circuit is? (a) (V/R)(exp((R/L)t)) ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: In the expression of current in the R-L circuit the transient part is?
In the expression of current in the R-L circuit the transient part is? (a) R/V (b) (V/R)(-exp(( ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The value of the time constant in the R-L circuit is?
The value of the time constant in the R-L circuit is? (a) L/R (b) R/L (c) R (d) L This ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: After how many time constants, the transient part reaches more than 99 percent of its final value?
After how many time constants, the transient part reaches more than 99 percent of its final value? (a) 2 (b) 3 ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A series R-L circuit with R = 30Ω and L = 15H has a constant voltage V = 60V applied at t = 0 as shown in the figure. Determine the current (A) in the circuit at t = 0^+.
A series R-L circuit with R = 30Ω and L = 15H has a constant voltage V = 60V applied at t = 0 as ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of current obtained from the circuit in terms of differentiation from the circuit shown below?
The expression of current obtained from the circuit in terms of differentiation from the circuit shown below? (a) ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of current from the circuit shown below is?
The expression of current from the circuit shown below is? (a) i=2(1-e^-2t)A (b) i=2(1+e^-2t) ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of voltage across resistor in the circuit shown below is?
The expression of voltage across resistor in the circuit shown below is? (a) VR = 60(1+e^2t)V (b) VR ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Determine the voltage across the inductor in the circuit shown below is?
Determine the voltage across the inductor in the circuit shown below is? (a) VL = 60(-e^-2t)V (b) VL ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The current in the R-L circuit at a time t = 0^+ is?
The current in the R-L circuit at a time t = 0^+ is? (a) V/R (b) R/V (c) V (d) R The ... , Network theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of current in R-C circuit is?
The expression of current in R-C circuit is? (a) i=(V/R)exp(t/RC) (b) i=(V/R)exp(-t/RC) ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: In an R-C circuit, when the switch is closed, the response ____________
In an R-C circuit, when the switch is closed, the response ____________ (a) do not vary with time (b) decays ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The time constant of an R-C circuit is?
The time constant of an R-C circuit is? (a) RC (b) R/C (c) R (d) C I had been asked this ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: After how many time constants, the transient part reaches more than 99 percent of its final value?
After how many time constants, the transient part reaches more than 99 percent of its final value? (a) 2 (b) 3 ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: A series R-C circuit consists of resistor of 10 and capacitor of 0.1F as shown in the figure. A constant voltage of 20V is applied to the circuit at t = 0. What is the current in the circuit at t = 0?
A series R-C circuit consists of resistor of 10 and capacitor of 0.1F as shown in the figure. A constant ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of current obtained from the circuit in terms of differentiation from the circuit shown below?
The expression of current obtained from the circuit in terms of differentiation from the circuit shown below? (a) ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The current equation in the circuit shown below is?
The current equation in the circuit shown below is? (a) i=2(e^-2t)A (b) i=2(e^2t)A (c) i=2 ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of voltage across resistor in the circuit shown below is?
The expression of voltage across resistor in the circuit shown below is? (a) VR = 20(e^t)V (b) VR = ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Determine the voltage across the capacitor in the circuit shown below is?
Determine the voltage across the capacitor in the circuit shown below is? (a) VC = 60(1-e^-t)V (b) VC ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: For an R-L-C circuit, we get [D – (K1 + K2)][D – (K1 – K2)] i = 0. If K2 is positive, then the curve will be?
For an R-L-C circuit, we get [D - (K1 + K2)][D - (K1 - K2)] i = 0. If K2 is positive, ... Network theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: If the roots of an equation are real and unequal, then the response will be?
If the roots of an equation are real and unequal, then the response will be? (a) critically damped (b) under ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: If the roots of an equation are complex conjugate, then the response will be?
If the roots of an equation are complex conjugate, then the response will be? (a) over damped (b) critically ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: If the roots of an equation are real and equal, then the response will be?
If the roots of an equation are real and equal, then the response will be? (a) over damped (b) damped ( ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Replacing the differentiation with D1, D2 in the equation 100 = 20i + 0.05 \frac{di}{dt} + \frac{1}{20 \times 10^{-6}} \int idt. Find the values of D1, D2.
Replacing the differentiation with D1, D2 in the equation 100 = 20i + 0.05 \frac{di}{dt} + \frac{1}{ ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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