CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP

CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP Regulation 2017 Anna University free download. Construction Techniques and Practices CTP Important 16 Mark Questions CE8401 pdf free download.

Sample CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP:

16 Mark Questions

1. Explain in detail the various equipment used for compaction, batching and mixing of concrete.
2. Explain about Earth movers and equipment used for erection of structures.
3. Explain the various equipment for pile driving.
4. Explain the equipment used for tunneling.
5. Explain pile driving in detail. CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP
6. Explain the factors involved in selection of equipment for earthwork.
7. Mention the various types of earthwork equipment. Mention their uses.
8. Discuss the role of tractors in earth moving. What considerations govern the selection of wheel type or crawler type tractor on a job? Compare their applications. CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP
9. Describe the working principle of diesel hammer and state its limitations.
10. Write notes on equipment for erection of structures.

1. Discuss the various techniques used for construction of heavy decks.
2. Explain about the support structures required for heavy equipments and conveyors. CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP
3. Explain special forms for shells in detail.
4. Discuss the process of insitu prestressing in high rise structures.
5. Explain the procedure involved in erection of braced domes and space decks.
6. What are the advantages of using belt conveyors for transporting materials? Describe the construction of a typical belt conveyor installation.
7. Explain the general requirements in launching girders.
8. Explain about shell roof structures. CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP
9. Write about material handling in detail.
10. Write the procedure for erecting heavy decks.

1. Describe the procedure involved in underwater construction of diaphragm walls and basement.
2. What are caissons and cofferdams? Explain the method of sinking cofferdams with neat sketches. CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP
3. What is a coffer dam? With the help of sketches explain the types of coffer dams.
4. Explain the the types of shores in detail.
5. Explain the procedure involved in tunneling techniques.
6. Explain the process of dewatering and the uses of standby equipment for underground open excavation.
7. Explain with sketches about sheet piles and well points.
8. Explain the methods of piling. CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP
9. Explain the various types of sheet piles.
10. Write the operation procedure for caissons.

Subject name	Construction Techniques and Practices
Short Name	CTP
Semester	4
Subject Code	CE8401
Regulation	2017 regulation

CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP Click Here To Download

CE8401 Syllabus Construction Techniques and Practices CTP

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 CE8401 Note Construction Techniques and Practices CTP

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CE8401 Question Paper Construction Techniques and Practices CTP

CE8401 Important Questions Construction Techniques and Practices CTP

CE8401 Important Questions Construction Techniques and Practices CTP Regulation 2017 Anna University free download. Construction Techniques and Practices CTP Important Questions CE8401 pdf free download.

Sample CE8401 Important Questions Construction Techniques and Practices CTP:

2 Mark Questions 

1. Mention the significance of bond in masonry structures.
2. Define scaffolding.
3. State the main purpose of providing DPC in buildings.
4. Mention tha advantages of slipforms.
5. What is the necessity of providing construction joints. CE8401 Important Questions Construction Techniques and Practices CTP
6. Write the common sizes of concrete hollow blocks used in buildings.
7. How are steel trusses fabricated and grouped?
8. Define slipforms.
9. What are the steps involved in site clearance? CE8401 Important Questions Construction Techniques and Practices CTP
10. Define the term masonry.
11. Differentiate English bond and Flemish bond.
12. Define scaffolding.
13. What are the types of scaffolding?
14. What is composite masonry?
15. What is ashlar masonry?
16. Write about zig – zag bond? CE8401 Important Questions Construction Techniques and Practices CTP
17. Define dampness.
18. What are the causes of dampness?
19. What are the types of damp proofing courses?
20. Write about centering. CE8401 Important Questions Construction Techniques and Practices CTP

1. State the use of Box jacking.
2. What are sheet piles?
3. What are box caissons? Where do we use it?
4. Name some equipments used for underground open excavation.
5. What are coffer dams? CE8401 Important Questions Construction Techniques and Practices CTP
6. Give any 4 types of piling techniques.
7. What are the various methods to dewater deep excavations?
8. Define caissons. Mention its types.
9. Differentiate box jacking and pipe jacking.
10. What are the techniques adopted for tunneling?
11. Mention the different types of coffer dams.
12. What is well foundation?
13. Write about sheet piles? CE8401 Important Questions Construction Techniques and Practices CTP
14. Define well point.
15. Define anchoring.
16. Define dewatering.
17. Write about under water construction of diaphragm walls.
18. Define box jacking.
19. What is grouting? CE8401 Important Questions Construction Techniques and Practices CTP
20. What is cable anchoring?

 

Subject name	Construction Techniques and Practices
Short Name	CTP
Semester	4
Subject Code	CE8401
Regulation	2017 regulation

CE8401 Important Questions Construction Techniques and Practices CTP Click Here To Download

CE8401 Important 16 Mark Questions Construction Techniques and Practices CTP

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CE8401 Syllabus Construction Techniques and Practices CTP 

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CE8401 Note Construction Techniques and Practices CTP

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CE8401 Question Bank Construction Techniques and Practices CTP

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CE8401 Question Paper Construction Techniques and Practices CTP

EC8395 Important 16 marks Questions Communication Engineering

EC8395 Important 16 marks Questions Communication Engineering Regulation 2017 Anna University free download. Communication Engineering Important 16 marks Questions EC8395 pdf free download.

Sample EC8395 Important 16 marks Questions Communication Engineering:

1 Explain about Amplitude modulation transmitter and superhetrodyne receiver with relevant diagrams (13)

2 Derive the expression for AM wave and draw its corresponding spectrum. Also derive the expression for transmitting power.(13) EC8395 Important 16 marks Questions Communication Engineering

3 With the help of mathematical expressions explain about amplitude modulation and derive its efficiency.

4 Explain the Low level and high level modulators in AM and detection of AM using envelope detection.

5 Explain in detail about non-linear square law modulator and balanced modulator of conventional AM technique.(13) EC8395 Important 16 marks Questions Communication Engineering

6 A Amplitude modulating signal 20sin(2π*103 t) is used to modulate a carrier signal 40sin(2π*104 t) find out:
1. Modulation index (2)
2.Percentage modulation (2)
3. Frequencies of the sideband components and their amplitudes. (4)

4. Bandwidth of modulating signal. (3)
5. Draw the spectrum of AM wave. (2)

7 Explain detail about DSB-SC generations and power saving efficiency in detail.(13) EC8395 Important 16 marks Questions Communication Engineering

8 Explain detail about DSB-SC Modulators(Balanced, switching) in detail.(13)

9 With a block diagram, explain in detail how DSBSC signals are generated?

10 With the help of a neat block diagram explain about the generation of SSB-SC signal and wave.(13) EC8395 Important 16 marks Questions Communication Engineering

11 Explain in detail about SSB-SC generation using phase shift And Modified phase shift method..(13)

12 Explain in detail about SSB-SC demodulators methods in detail.(13)

13 (i) Compare amplitude modulation and angle modulation.(10) (ii) Write a note on frequency analysis(FM) of angle modulated waves(3)

14 Explain in detail about SSB-SC generation using different type of demodulation technique.(13)

15 Define modulation index for FM and PM and obtain the relationbetween modulation index and modulating signal for FM and PM(13) EC8395 Important 16 marks Questions Communication Engineering

16 Explain the principle of Angle Modulation. Derive and explain PM and FM equations.(13)

 

Subject name	Communication Engineering
Semester	3
Subject Code	EC8395
Regulation	2017 regulation

EC8395 Important 16 Mark Questions Communication Engineering Click Here To Download

EC8395 Syllabus Communication Engineering

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EC8395 Notes Communication Engineering

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EC8395 Question Bank Communication Engineering

EC8395 Important Questions Communication Engineering

EC8395 Important Questions Communication Engineering Regulation 2017 Anna University free download. Communication Engineering Important Questions EC8395 pdf free download.

Sample EC8395 Important Questions Communication Engineering:

1 Define Modulation.

2 List out the reasons/need for using modulation.

3 Define amplitude Modulation.

4 Define Modulation index and percent modulation for an AM wave.

5 Draw the voltage spectrum of AM wave when one modulating signal is involved.

6 Define Single sideband suppressed carrier AM.

7 What are the advantages of DSB transmission?

8 Mention the use of Envelope Detector.

9 Compare AM and FM.

10 Let Vm(t)=sin(2????X2000t) be the information signal and Vc(t)=5sin(2????X10 6t) be the carrier signal. Calculate Modulation Index.

11 Define angle modulation.

12 Compare NBFM and WBFM. EC8395 Important Questions Communication Engineering

13 State Carson’s rule for Bandwidth of FM wave..

14 Define instantaneous frequency deviation.

15 Draw the spectrum of AM signal.

16 State Bessel’s formula. EC8395 Important Questions Communication Engineering

17 Define Deviation Ratio (DR)forAngle modulation.

18 Define percent modulation for FM.

19 In an amplitude modulation system, the carrier frequency is fc = 100 kHz. If the maximum frequency of the signal is 5 kHz, determine the lower and upper side bands and the bandwidth of AM signal. EC8395 Important Questions Communication Engineering

20 Define modulation index for FM and P M.

21Define angle modulation

22A 400W carrier is modulated to a depth of 80%. Calculate the total power in AM wave.

23Define VSB

24What is the bandwidth required for FM signal in which the modulating frequency is 2KHZ and maximum deviation is 10 KHZ.

25Define PSD for analog communication.

26Draw AM waves. EC8395 Important Questions Communication Engineering

27Define pulse modulation and list its types.

28Define sampling theorem.

29What is the need for sampling?

30Define Nyquist rate and Nyquist interval

31What is line coding?list the types. EC8395 Important Questions Communication Engineering

32List the type of PAM and its Uses

33Draw the NRZ and RZ code for digital data 10110001

34What is meant by aliasing

35What is meant by quantization and mention its types

36Mention the types of quantization

37Define companding

38Define vocoders

39List the types of vocoders

40What is delta modulation?

41State the principle of ADM.

 

Subject name	Communication Engineering
Semester	3
Subject Code	EC8395
Regulation	2017 regulation

EC8395 Important Questions Communication Engineering Click Here To Download

EC8395 Important 16 Mark Questions Communication Engineering

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EC8395 Syllabus Communication Engineering

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EC8395 Notes Communication Engineering

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EC8395 Question Bank Communication Engineering

CS8392 Important 16 Mark Questions Object Oriented Programming

CS8392 Important 16 Mark Questions Object Oriented Programming Regulation 2017 Anna University free download. Object Oriented Programming Important 16 Mark Questions CS8392 pdf free download.

Sample CS8392 Important 16 Mark Questions Object Oriented Programming:

1. Explain the various features of the Object Oriented Programming Language

2 i) Describe the typical java program structure. ii) Explain the general java program compilation and execution.
3 What are the different data types in JAVA? Explain each of them with example.
4 How to pass and return the objects to and from the method?
5 Discuss in detail the access specifiers available in Java.
6 Explain Packages in detail. CS8392 Important 16 Marks Questions Object Oriented Programming
7 Explain Constructors with examples.
8 Explain in detail the various operators in Java.
9 Explain the concepts of arrays in Java and explain its types with examples?
10 Explain in detail about static variable and static method in Java with example?

1.Explain the concept of inheritance with suitable examples.
2.State i) The properties of inheritance
ii) The design hints for inheritance CS8392 Important 16 Marks Questions Object Oriented Programming
3.Explain interfaces with example.
4.Differentiate method overloading and method overriding. Explain both with an example program.
5.Differentiate method overloading and method overriding. Explain both with an example program. CS8392 Important 16 Marks Questions Object Oriented Programming 

6.Explain about the object and abstract classes with the syntax.
7.Discuss in detail about inner class. With its advantages.
8.What is meant by object cloning? Explain it with an example.
9.Explain how inner classes and anonymous classes works in java program.
10.What is a Package? What are the benefits of using packages? Write down the steps in creating a package and using it in a java program with an example. CS8392 Important 16 Marks Questions Object Oriented Programming
11.Explain arrays in java with suitable example.
12.How Strings are handled in java? Explain with code, the creation of Substring, Concatenation and testing for equality. CS8392 Important 16 Marks Questions Object Oriented Programming CS8392 Important 16 Mark Questions Object Oriented Programming

Subject name	OBJECT ORIENTED PROGRAMMING
Semester	3
Subject Code	CS8392
Regulation	2017 regulation

CS8392 Important 16 Marks Questions Object Oriented Programming Click Here To Download

CS8392 Syllabus OBJECT ORIENTED PROGRAMMING

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CS8392 Important Questions Object Oriented Programming

CS8392 Important Questions Object Oriented Programming Regulation 2017 Anna University free download. Object Oriented Programming Important Questions CS8392 pdf free download.

Sample CS8392 Important Questions Object Oriented Programming:

1 What are the OOP Principles?

The principles of object-oriented programming is Class inheritance , interface implementation, abstraction of data and behavior, encapsulation of data and class implementation, polymorphism and virtual methods.

2 What are the four cornerstones of OOP?

Abstraction: Can manage complexity through abstraction. Gives the complete overview of a particular task and the details are handled by its derived classes. Example : Car. OOP Important Questions
Encapsulation: Nothing but data hiding, like the variables declared under private of a particular class is accessed only in that class and cannot access in any other the class.
Inheritance: Is the process in which one object acquires the properties of another object, ie., derived object.
Polymorphism: One method different forms, ie., method overriding and interfaces are the examples of polymorphism. CS8392 Important Questions Object Oriented Programming 

3 What are the features of Object Oriented Programming?

 Emphasis is on data rather than procedure.

 Programs are divided into objects.

 Data structures are designed such that they characterize the objects.

 Functions that operate on the data of an object are tied together.

 Data is hidden and cannot be accessed by external functions.

 Objects may communicate with each other through functions.

 New data and functions can easily be added whenever necessary.

 Follows bottom-up approach.

4 What are the features of Java Language? CS8392 Important Questions Object Oriented Programming

The features of Java Language are Simple, Object-Oriented, Portable, Platform independent, Secured, Robust, Architecture neutral, Dynamic, Interpreted, High Performance, Multithreaded and Distributed.

5 How Java supports platform independency?

 The meaning of platform independent is that, the java source code can run on all operating systems. a compiler is a program that translates the source code for another program from a programming language into executable code.

 This executable code may be a sequence of machine instructions that can be executed by the CPU directly, or it may be an intermediate representation that is interpreted by a virtual machine. This intermediate representation in Java is the Java Byte Code. CS8392 Important Questions Object Oriented Programming

 It is the Bytecode that makes it platform independent. This adds to an important feature in the JAVA language termed as portability. Every system has its own JVM which gets installed automatically when the jdk software is installed. For every operating system separate JVM is available which is capable to read the .class file or byte code. An important point to be noted is that while JAVA is platform-independent language, the JVM is platform-dependent CS8392 Important Questions Object Oriented Programming

Subject name	OBJECT ORIENTED PROGRAMMING
Semester	3
Subject Code	CS8392
Regulation	2017 regulation

CS8392 Important Questions Object Oriented Programming Click Here To Download

CS8392 Important 16 Mark Questions Object Oriented Programming

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CS8391 Important 16 marks Questions Data Structures

CS8391 Important 16 marks Questions Data Structures Regulation 2017 Anna University free download. Data Structures Important 16 marks Questions CS8391 pdf free download.

Sample CS8391 Important 16 marks Questions Data Structures:

1. Design a routine to delete an element in a linked list.
2. Develop an algorithm for insertion operation in a singly linked list. CS8391 Important 16 marks Questions Data Structures
3. Describe in detail about Polynomial manipulation in linked list.
4. What is a linked list? Describe the suitable routine segments for any four operations.
5. Examine the algorithms to implement the doubly linked list and perform all the operations on the created list. CS8391 Important 16 marks Questions Data Structures
6. Identify the array implementation of list and show all its operation.
7. Discuss the creation of a doubly linked list and appending the list.Give relevant coding in C.
8. Write C code for singly linked list with insert, delete, display operations using structure pointer.
9. Differentiate single linked list and doubly linked list with an example.
10. Explain the application of linked list in detail. CS8391 Important 16 marks Questions Data Structures
11. Consider an array A[1: n] Given a position, write an algorithm to insert an element in the Array.If the position is empty, the element is inserted easily. If the position is already occupied the element should be inserted with the minimum number of shifts.(Note: The elementscan shift to the left or to the right to make the minimum number of moves).

12. Analyze and write C code for circular linked list with create, insert,delete, display operations. CS8391 Important 16 marks Questions Data Structures
13. Explain the various operations of the list ADT with examples.
14. Analyze the doubly linked list and circular linked list. Mention its advantages and disadvantages.
15. Explain the steps involved in insertion and deletion into a singly linked list.
16. Recommend an algorithm to add two polynomials when the polynomials are represented singly linked lists.
17. Compose an algorithm toReverse the elements of a single linked lists,count the number of nodes in a given singly linked list. Searching the element from linked list. CS8391 Important 16 marks Questions Data Structures
18. Given an list 10,20,30,40 ,generalizethe steps to delete a node from the beginning of the linked list, deletion of last node in adeletion of middle node in a list.
19. Develop a C program to split a linked list into sub lists containing odd and even ordered elements in them respectively. CS8391 Important 16 marks Questions Data Structures

 

Subject name	Data Structures
Semester	3
Subject Code	CS8391
Regulation	2017 regulation

CS8391 Important 16 mark Questions Data Structures Click Here To Download

CS8391 Syllabus Data Structures

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CS8391 Notes Data Structures

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CS8391 Question Bank Data Structures

CS8391 Important Questions Data Structures

CS8391 Important Questions Data Structures Regulation 2017 Anna University free download. Data Structures Important Questions CS8391 pdf free download.

Sample CS8391 Important Questions Data Structures:

1.What is called as a Data Structure?
A Data Structure defines a way of representing or organizing all data that contains both the data items and their relationship with each other.
2.Differentiate between data type and data structures. CS8391 Important Questions Data Structures
Data Type: Data Type of a variable is a set of values the variable may assume.
Eg. int, char & real
Data Structures: Data structure mean the way of organizing data values with the help of existing data types.
Eg. Array, stack queue, & tree. CS8391 Important Questions Data Structures
3.What are Primary Data Structures?
 Integers
 Floating-point numbers.
 Character Constants
4.What are the types of Secondary Data Structures?
 Static Data structures
 Dynamic Data structures.
5.What are the static data structures?
 Arrays
 Structures
6.What are the types of dynamic data structures?
 Linear Data Structures
 Non-Linear Data Structures. CS8391 Important Questions Data Structures
7.Give examples of Linear and Non-Linear Data Structures.
 Linear Data Structures
i) Linked Lists(Singly & Doubly Linked Lists)
ii) Circular Linked Lists(Circular-singly&Circular-doubly Linked Lists).
 Non-Linear Data Structures
i) Trees
ii) Graphs.

9.List the operation of set ADT?
Union and Find are the two operations on set ADT
10. Give some applications of stack.
 Evaluation of Expressions.
 Expression conversion.
 Balancing of symbols.
Function Calls.
11. Define Dequeue.
A dequeue is an ordered list in which additions and deletions may be carried out at either end. CS8391 Important Questions Data Structures
12.State the difference between cursor and pointers.
Pointer: Pointer is a variable, which stores the address of another variable.
Using pointers, memory can be allocated dynamically.
Cursor: Cursor is a temporary memory space. Memory allocated is static.
13.What is an ordered list
An ordered list is a linear list which is been ordered by some key.
Eg. An alphabetized list of students in a class, a list of exam scores in decreasing order. CS8391 Important Questions Data Structures

Subject name	Data Structures
Semester	3
Subject Code	CS8391
Regulation	2017 regulation

CS8391 Important Questions Data Structures Click Here To Download

CS8391 Important 16 mark Questions Data Structures

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CS8391 Syllabus Data Structures

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CS8391 Notes Data Structures

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CS8391 Question Bank Data Structures

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CS8391 Question Paper Data Structures

EC8391 Important 16 marks Questions Control Systems Engineering

EC8391 Important 16 marks Questions Control Systems Engineering Regulation 2017 Anna University free download. Control Systems Engineering Important 16 marks Questions EC8391 pdf free download.

Sample EC8391 Important 16 marks Questions Control Systems Engineering:

1. (a)Derive the expressions and draw the response of first order system for
unit step input. (8)
(b) Draw the response of second order system for critically damped case and
when input is unit step. (8) EC8391 Important 16 marks Questions Control Systems Engineering
2. Derive the expressions for Rise time, Peak time, Peak overshoot. (16)

3. A potential control system with velocity feedback is shown in fig. What is
the response of the system for unit step input? (16)
4. Measurements conducted on a Servomechanism show the system
response to be c(t)=1+0.2 ê 60t-1.2 ê –10 t. when subjected to a unit step.
Obtain an expression for closed loop transfer function. (16)
5. A positional control system with velocity feedback is shown in fig. What
is the response c(t) to the unit step input. Given that ς =0.5.and also calculate
rise time, peak time, Maximum overshoot and settling time.(16)
6. A unity feedback control system has an open loop transfer function G(S)
= 10/S(S+2). Find the rise time, percentage over shoot, peak time and
settling time. (16) EC8391 Important 16 marks Questions Control Systems Engineering
7. A closed loop servo is represented by the differential equation, where c is
the displacement of the output shaft, r is the displacement of the input shaft
and e= r-c. Determine undamped natural frequency, damping ratio and
percentage maximum overshoot for unit step input. (16)
8. For a unity feedback control system the open loop transfer function
G(S) = 10(S+2)/ S2 (S+1). (16)
Find (a) position, velocity and acceleration error constants.
(b) The steady state error when the input is R(S) where
R(S) =3/S –2/S2 +1/3S3 EC8391 Important 16 marks Questions Control Systems Engineering
9. The open loop transfer function of a servo system with unity feed back
system is G(S) = 10/ S(0.1S+1).Evaluate the static error constants of the
system. Obtain the steady state error of the system when subjected to an
input given by the polynomial r(t) = a0 +a1t +(a2 /2) t2 . (16) EC8391 Important 16 marks Questions Control Systems Engineering

 

Subject name	Control Systems Engineering
Semester	3
Subject Code	EC8391
Regulation	2017 regulation

EC8391 Important 16 Marks Questions Control Systems Engineering Click Here To Download

EC8391 Important 2 mark Questions Control Systems Engineering

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EC8391 Syllabus Control Systems Engineering

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EC8391 Notes Control Systems Engineering

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EC8391 Question Bank Control Systems Engineering

EC8391 Important Questions Control Systems Engineering

EC8391 Important Questions Control Systems Engineering Regulation 2017 Anna University free download. Control Systems Engineering Important Questions EC8391 pdf free download.

Sample EC8391 Important Questions Control Systems Engineering:

1. Write Mason’s gain formula.
2. What is mathematical model of a system?
3. What do you mean by sensitivity of the control system?
4. What is a system?
5. What is control system?
6. What are the two major types of control systems?
7. Define open loop and closed loop systems. EC8391 Important Questions Control Systems Engineering
8. What is feedback? What type of feed back is employed in control system?
9. Why negative feedback is preferred in control systems?
10. Distinguish between open loop and closed loop systems.
11. State principle of superposition theorem.
12. What is time variant and Time invariant?
13. Define transfer function. EC8391 Important Questions Control Systems Engineering
14. Write force balance equation of ideal spring, ideal mass.
15. Name the two types of electrical analogous for mechanical system.
16. What is signal flow graph?
17. Define non-touching loop.

1. What is time response? EC8391 Important Questions Control Systems Engineering
2. What is transient and steady state response?
3. Name the test signals used in time response analysis.
4. Define step signal.
5. Define Ramp signal and parabolic signal.
6. What is an impulse signal?
7. How is system classified depending on the value of damping?
8. Sketch the response of a second order under damped system.
9. What is damped frequency of oscillation? EC8391 Important Questions Control Systems Engineering
10. The closed-loop transfer function of second order system is
C(S)/R(S) =10/ S2 +6S +10. What is the type of damping?
11. List the time domain specifications.
12. Define rise time, delay time, peak time.
13. What is steady state error? EC8391 Important Questions Control Systems Engineering
14. What are static error constants?
15. Define position, velocity error constants.
16. What are generalized error constants? EC8391 Important Questions Control Systems Engineering
17. List the advantages of generalized error constants.

 

Subject name	Control Systems Engineering
Semester	3
Subject Code	EC8391
Regulation	2017 regulation

EC8391 Important Questions Control Systems Engineering Click Here To Download

EC8391 Important 16 Marks Questions Control Systems Engineering

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EC8391 Syllabus Control Systems Engineering

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EC8391 Notes Control Systems Engineering

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EC8391 Question Bank Control Systems Engineering