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Electrical Engineering (EE) Exam  >  Electrical Engineering (EE) Tests  >  Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Electrical Engineering (EE) MCQ

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Electrical Engineering (EE) MCQ


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10 Questions MCQ Test - Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test questions and answers have been prepared according to the Electrical Engineering (EE) exam syllabus.The Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test MCQs are made for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test below.
Solutions of Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test questions in English are available as part of our course for Electrical Engineering (EE) & Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test solutions in Hindi for Electrical Engineering (EE) course. Download more important topics, notes, lectures and mock test series for Electrical Engineering (EE) Exam by signing up for free. Attempt Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test | 10 questions in 20 minutes | Mock test for Electrical Engineering (EE) preparation | Free important questions MCQ to study for Electrical Engineering (EE) Exam | Download free PDF with solutions
Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 1
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The term backlash is associated with:

Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 1

Explanation: The term backlash is associated with Gear trains.

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 2
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With feedback _____ increases.

Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 2

Explanation: Feedback can increase system stability as well as can reduce the stability of the stable system.

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Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 3
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By which of the following the system response can be tested better?

Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 3

Explanation: System response can be best treated with the impulse response as when the input is impulse input then the output is itself the response of the transfer function.

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 4
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In a system zero initial condition means that :
Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 4

Explanation: In system zero initial condition means the system is at rest and no energy is stored in the system previously.

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 5
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In a system low friction co-efficient facilitates:
Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 5

Explanation: In a system low friction facilitates reduced velocity error as the friction error is equal to the velocity error.

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 6
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Hydraulic torque transmission system is analog of :
Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 6

Explanation: Hydraulic torque transmission system is analog of Motor-generator set.

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 7
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Spring constant in force-voltage analogy is analogous to?
Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 7

Explanation: Spring constant in force-voltage analogy is analogous to reciprocal of the resistance which is also series analogy.

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 8
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The frequency and time domain are related through which of the following?
Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 8

Explanation: The frequency and time domain mainly continuous time domain are related by the Laplace and Fourier transform and discrete time and frequency are related by the discrete time Fourier transform and z transform.

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 9
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An increase in gain, in most systems, leads to:
Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 9

Explanation: Damping factor is inversely proportional to the gain and if the gain increases the damping factor and hence the value reduces.

Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 10
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Static error co-efficient are used as a measure of the effectiveness of closed loop systems for specified ________ input signal.
Detailed Solution for Common Physical Nonlinearities - Controllability, Observability And Stability Of Discrete State Space Models, Control Systems, MCQ Test - Question 10

Explanation: Static error coefficients are used as a measure of the effectiveness of closed loop system for specified acceleration, velocity and position of input signal.

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