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Q: Determine the load current across j5Ω in the circuit shown below.
Determine the load current across j5Ω in the circuit shown below. (a) 3.66∠90⁰ (b) 3.66∠-90⁰ (c) 4. ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Determine the thevenin’s voltage in the circuit shown below.
Determine the thevenin's voltage in the circuit shown below. (a) 18∠146.31⁰ (b) 18∠-146.31⁰ (c) 19∠146.31⁰ ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Find the Thevenin’s impedance in the following circuit.
Find the Thevenin's impedance in the following circuit. (a) 11.3∠45⁰ (b) 12.3∠45⁰ (c) 11.3∠-45⁰ (d) ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Norton’s current is equal to the current passing through the ___________ circuited ___________ terminals.
Norton's current is equal to the current passing through the ___________ circuited ___________ terminals. (a) short, ... EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of Norton’s current (IN) in the circuit shown below is?
The expression of Norton's current (IN) in the circuit shown below is? (a) V/Z1 (b) V/Z2 (c) V( ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of equivalent impedance (ZN) in the circuit shown below is?
The expression of equivalent impedance (ZN) in the circuit shown below is? (a) (Z1+Z2)/Z1 (b) (Z1+Z2) ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Determine Norton’s equivalent current in the circuit shown below.
Determine Norton's equivalent current in the circuit shown below. (a) 5∠53.13⁰ (b) 4∠53.13⁰ (c) 4∠53.13⁰ (d ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The Norton’s equivalent impedance in the circuit shown below.
The Norton's equivalent impedance in the circuit shown below. (a) 4.53∠9.92⁰ (b) 4.53∠-9.92⁰ (c) 5. ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Determine the Norton’s impedance seen from terminals ‘ab’.
Determine the Norton's impedance seen from terminals ab'. (a) 6∠90⁰ (b) 7∠90⁰ (c) 6∠-90⁰ (d) 7∠-90⁰ ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Find the Norton’s current passing through ‘ab’ in the circuit shown below.
Find the Norton's current passing through ab' in the circuit shown below. (a) 4.16∠126.8⁰ (b) 5.16∠126. ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Find the load current in the circuit shown below.
Find the load current in the circuit shown below. (a) 3.19∠166.61⁰ (b) 3.19∠-166.61⁰ (c) 4.19∠166. ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Determine Norton’s equivalent impedance in the circuit shown below.
Determine Norton's equivalent impedance in the circuit shown below. (a) (5+j6) Ω (b) (5-j6) Ω (c) (6 ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Find the Norton’s current in the circuit shown below.
Find the Norton's current in the circuit shown below. (a) 40∠30⁰ (b) 40∠-30⁰ (c) 30∠30⁰ (d) 30∠-30⁰ ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The condition for maximum voltage to be transferred to the load is?
The condition for maximum voltage to be transferred to the load is? (a) Source resistance greater than load ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The condition for maximum current to be transferred to the load is?
The condition for maximum current to be transferred to the load is? (a) Source resistance greater than or equal to ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The condition for maximum power to be transferred to the load is?
The condition for maximum power to be transferred to the load is? (a) Source resistance equal to load resistance ( ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: In the circuit shown determine the value of load resistance when the load resistance draws maximum power?
In the circuit shown determine the value of load resistance when the load resistance draws maximum power? (a) 50 ( ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: Find the value of the maximum power in the circuit shown below.
Find the value of the maximum power in the circuit shown below. (a) 25 (b) 50 (c) 75 (d) 100 This ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: If the source ZS is complex, then the condition for the maximum power to be transferred is?
If the source ZS is complex, then the condition for the maximum power to be transferred is? (a) ZL=ZS (b) ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: If ZS=RS+jXS, ZL=RL, then condition for maximum power to be transferred is?
If ZS=RS+jXS, ZL=RL, then condition for maximum power to be transferred is? (a) RL=|ZS| (b) RL=ZS ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: If ZS = RS+jXS, ZL=RL+jXL, then if RL is fixed, the condition for maximum power to be transferred is?
If ZS = RS+jXS, ZL=RL+jXL, then if RL is fixed, the condition for maximum power to be transferred is? ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The circuit is said to be in resonance if the current is ____ with the applied voltage.
The circuit is said to be in resonance if the current is ____ with the applied voltage. (a) in phase (b) ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: In a series resonance circuit, series resonance occurs when?
In a series resonance circuit, series resonance occurs when? (a) XL = 1 (b) XC = 1 (c) XL = XC ( ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: As XL = XC in a series resonance circuit, the impedance is_________
As XL = XC in a series resonance circuit, the impedance is_________ (a) purely capacitive (b) purely inductive (c ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: At resonant frequency, the voltage across capacitor is _______ the voltage across inductor.
At resonant frequency, the voltage across capacitor is _______ the voltage across inductor. (a) greater than (b) ... GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: In series RLC circuit, the voltage across capacitor and inductor are ______ with each other.
In series RLC circuit, the voltage across capacitor and inductor are ______ with each other. (a) in phase (b) ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The voltage across the LC combination in a series RLC circuit is?
The voltage across the LC combination in a series RLC circuit is? (a) 0 (b) 1 (c) 2 (d) 3 The ... theory Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: The expression of resonant frequency in a series resonant circuit is?
The expression of resonant frequency in a series resonant circuit is? (a) 1/(2π√C) (b) 1/( 2π√L) (c) ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: For the circuit shown in figure determine the capacitive reactance at resonance.
For the circuit shown in figure determine the capacitive reactance at resonance. (a) 15 (b) 20 (c) 25 (d) ... for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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Q: What is the value of the impedance at resonance in the circuit shown below?
What is the value of the impedance at resonance in the circuit shown below? (a) 25 (b) 50 (c) 75 (d) ... Questions for GATE EC Exam, Network Theory MCQ (Multiple Choice Questions)...
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