EXAMIANS
What will be the value of Thevenin’s voltage (in V). The Thevenin’s resistance (in Ω) and the load current (in A) respectively, across the load resistor in the given electrical circuit?
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Two wires of the same resistivity have equal length. The cross-sectional area of first wire is two times to the area of the other. What will be the resistance (in ohms) of the wire that has a large cross-sectional area, if the resistance of the other wire is 20 Ohms?
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Determine the value of maximum power (in W) transferred from the source to the load in the circuit given below<br/>
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What is the equivalent capacitance (in μF) for the circuit given below?
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Which of the following law is based on the conservation of energy?
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Determine the Norton’s current (in A) and Norton’s resistance (in ohms) respectively, for the given electrical circuit across the load resistance RL.<br/>
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Which of the following material does not allow the current to flow in it?
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What is the value of Norton resistance (in Ω) between the terminal A and B for the given Norton’s equivalent circuit?
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What will be the equivalent resistance (in Ω) for the circuit given below?<br/>
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The algebraic sum of the electric currents meeting at the common point is_________
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