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Test: Constructing Phase Trajectories - Electrical Engineering (EE) MCQ


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10 Questions MCQ Test - Test: Constructing Phase Trajectories

Test: Constructing Phase Trajectories for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Test: Constructing Phase Trajectories questions and answers have been prepared according to the Electrical Engineering (EE) exam syllabus.The Test: Constructing Phase Trajectories MCQs are made for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Constructing Phase Trajectories below.
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Test: Constructing Phase Trajectories - Question 1

In liquid level and electrical system analogy, voltage is considered analogous to :

Detailed Solution for Test: Constructing Phase Trajectories - Question 1

Explanation: In liquid level and electrical system analogy, voltage is considered analogous to the head which can be pressure head that is the potential energy.

Test: Constructing Phase Trajectories - Question 2

The viscous friction co-efficient, in force-voltage analogy, is analogous to:

Detailed Solution for Test: Constructing Phase Trajectories - Question 2

Explanation: The viscous friction co-efficient in force-voltage analogy, is analogous to resistance of the electrical circuit that can be found out mathematically.

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Test: Constructing Phase Trajectories - Question 3

In force-voltage analogy, velocity is analogous to:

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Explanation: In force-voltage analogy, velocity is analogous to the current in force-voltage that is also called series circuit.

Test: Constructing Phase Trajectories - Question 4

In thermal-electrical analogy charge is considered analogous to:

Detailed Solution for Test: Constructing Phase Trajectories - Question 4

Explanation: In thermal-electrical analogy in which heat transfer in the wire or conductor can be related to the temperature.

Test: Constructing Phase Trajectories - Question 5

Mass, in force-voltage analogy, is analogous to:

Detailed Solution for Test: Constructing Phase Trajectories - Question 5

Explanation: Mass, is analogous to the inductance in the force-voltage analogy in the series form as all the elements of the circuit are connected in the parallel.

Test: Constructing Phase Trajectories - Question 6

The transient response of a system is mainly due to:

Detailed Solution for Test: Constructing Phase Trajectories - Question 6

Explanation: The transient response of the system is mainly due to stored energy as it is due to the initial conditions which is nothing but the stored energy.

Test: Constructing Phase Trajectories - Question 7

___________ signal will become zero when the feedback signal and reference signs are equal.

Detailed Solution for Test: Constructing Phase Trajectories - Question 7

Explanation: Actuating signal is the difference between the feedback signal and the reference signal and when both of the signals are equal then the signal is zero.

Test: Constructing Phase Trajectories - Question 8

A signal other than the reference input that tends to affect the value of controlled variable is known as

Detailed Solution for Test: Constructing Phase Trajectories - Question 8

Explanation: Disturbance signal is also the reference signal only there can be multiple inputs in a control system or the other input is called the disturbance signal.

Test: Constructing Phase Trajectories - Question 9

The transfer function is applicable to which of the following?

Detailed Solution for Test: Constructing Phase Trajectories - Question 9

Explanation: The transfer function is different from the state space approach as the transfer function approach is similar to the LTI systems only while the state variable analysis is applicable to the non-linear time variant systems also.

Test: Constructing Phase Trajectories - Question 10

From which of the following transfer function can be obtained?

Detailed Solution for Test: Constructing Phase Trajectories - Question 10

Explanation: The transfer function can be obtained by using signal flow graphs from among these given methods.

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