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Test: Parameter Optimization - Electrical Engineering (EE) MCQ


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10 Questions MCQ Test - Test: Parameter Optimization

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

A conditionally stable system exhibits poor stability at :

Detailed Solution for Test: Parameter Optimization - Question 1

Explanation: A conditionally stable system is the system which is stable only for certain values of K and exhibits poor stability at the reduced values of open loop gain.

Test: Parameter Optimization - Question 2

The type 0 system has ______ at the origin.

Detailed Solution for Test: Parameter Optimization - Question 2

Explanation: The type of the system is defined as the property of the system which has pole at the origin.

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Test: Parameter Optimization - Question 3

The type 1 system has ______ at the origin.

Detailed Solution for Test: Parameter Optimization - Question 3

Explanation: The type of the system is defined as the pole at the zero and type 1 is defined as the 1 pole at the origin.

Test: Parameter Optimization - Question 4

The type 2 system has at the origin.

Detailed Solution for Test: Parameter Optimization - Question 4

Explanation: Type of the system is defined as the number of pole at origin and type 2 is the 2 poles at the origin.

Test: Parameter Optimization - Question 5

The position and velocity errors of a type-2 system are :

Detailed Solution for Test: Parameter Optimization - Question 5

Explanation: The position and velocity error of the type 2 system is zero and a constant value as for type 2 system velocity error is finite while acceleration error is infinite.

Test: Parameter Optimization - Question 6

Velocity error constant of a system is measured when the input to the system is unit _______ function.

Detailed Solution for Test: Parameter Optimization - Question 6

Explanation: Velocity error constant of a system is measured when the input to the system is unit ramp function then only velocity error is finite but error due to other inputs are not defined.

Test: Parameter Optimization - Question 7

In case of type-1 system steady state acceleration is :

Detailed Solution for Test: Parameter Optimization - Question 7

Explanation: In case of type-1 system steady state acceleration is infinity as for the type less than 3 acceleration is not defined it is infinity.

Test: Parameter Optimization - Question 8

If a step function is applied to the input of a system and the output remains below a certain level for all the time, the system is :

Detailed Solution for Test: Parameter Optimization - Question 8

Explanation: If the input is bounded and output is also bounded then the system is always stable and step input is bounded and the output is always under certain li its then the system is stable.

Test: Parameter Optimization - Question 9

Which of the following is the best method for determining the stability and transient response?

Detailed Solution for Test: Parameter Optimization - Question 9

Explanation: Root locus is the best method for determining stability of the transient response as it gives the exact pole zero location and also their effect on the response.

Test: Parameter Optimization - Question 10

Phase margin of a system is used to specify which of the following?

Detailed Solution for Test: Parameter Optimization - Question 10

Explanation: Phase margin of the system can be used for determining the absolute stability of the system.

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