A unilateral network is the one whose: Current increase is directly proportional to applied voltage Current increase is inversely proportional to applied voltage Behavior is dependent on direction of current through its elements Behavior is independent of direction of current through its elements Correct answer: 3. Behavior is dependent on direction of current through its … Read more
The Internal Resistance of Ideal Current Source is: Zero High Very High Infinite Correct answer: 4. Infinite Similar Basic Electrical Engineering MCQs: Internal resistance of Practical Voltage source Internal resistance of Ideal Voltage source Internal resistance of practical current source
The correct statement of Thevenin Theorem is: A linear bilateral network can be reduced to a simplified two-terminal circuit consisting of a single current source and a single series resistor A linear bilateral network can be reduced to a simplified two-terminal circuit consisting of a single current source and a single shunt resistor A linear … Read more
The internal resistance of practical voltage source is: Very Small High Very High Infinite Correct answer: 1. Very small More Basic Electrical Engineering MCQs: Internal resistance of Ideal Voltage source Internal resistance of Ideal current source Internal resistance of practical current source
The internal resistance of Ideal Voltage Source is: Zero High Very High Infinite Correct answer: 1. Zero More Basic Electrical Engineering MCQs: Internal resistance of Practical Voltage source Internal resistance of Ideal current source Internal resistance of practical current source
The internal resistance of practical current source is: Zero High Very High Infinite Correct answer: 3. Very high More Basic Electrical Engineering MCQs: Internal resistance of Practical Voltage source Internal resistance of Ideal Voltage source Internal resistance of Ideal current source
Norton theorem is ___________ Thevenin theorem: Identical to Converse of None of these Correct answer: 2. Converse of
The Correct statement of Norton Theorem is: A linear bilateral network can be reduced to a simplified two-terminal circuit consisting of a single current source and a single series resistor A linear bilateral network can be reduced to a simplified two-terminal circuit consisting of a single current source and a single shunt resistor A linear … Read more
A passive element in a circuit is the one which: Receives energy Supplies energy Both of these None of these Correct answer: 1. Receives energy Passive elements are those which only receive energy in circuits
The active element in circuit is the one which: Receives energy Supplies energy Both of these None of these Correct answer: 2. Supplies energy Active elements are those which supply energy.