MA8402 Question Bank Probability And Queuing Theory

MA8402 Question Bank Probability And Queuing Theory Regulation 2017 Anna University free download. Probability And Queuing Theory Question Bank MA8402 pdf free download.

Sample MA8402 Question Bank Probability And Queuing Theory:

1. (a) The marks obtained by a number of students for a certain subject is assumed to be normally distributed with mean 65 and standard deviation 5.If 3 students are taken at random from this set Find the probability that exactly 2 of them will have marks over 70? MA8402 Question Bank Probability And Queuing Theory

(b) A bag contains 5 balls and it is not known how many of them are white.
Two balls are drawn at random from the bag and they are noted to be white. What
is the change that all balls in the bag are white? MA8402 Question Bank Probability And Queuing Theory

2. (a) Out of 2000 families with 4 children each , Find how many family would you
expect to have i) at least 1 boy ii) 2 boys iii) 1 or 2 girls iv) no girls MA8402 Question Bank Probability And Queuing Theory

(b) In an Engineering examination, a student is considered to have failed, secured
second class, first class and distinction, according as he scores less than
45%,between 45% and 60% between 60% and 75% and above 75%respectively.
In a particular year 10% of the students failed in the examination and 5% of the
students get distinction. Find the percentage of students who have got first class
and second class. Assume normal distribution of marks.

3. (a) In a certain city , the daily consumption of electric power in millions of
kilowatt hours can be treated as a RV having Gamma distribution with parameters
λ = ½ and k =3.If the power plant of this city has a daily capacity of 12 million
kilowatt – hours, Find the probability that this power supply will be inadequate on
any given day? MA8402 Question Bank Probability And Queuing Theory

(b) Suppose that the life of a industrial lamp in 1,000 of hours is exponentially
distributed with mean life of 3,000 hours. Find the probability that (i) The lamp
last more than the mean life (ii) The lamp last between 2,000 and 3,000 hours (iii)
The lamp last another 1,000 hours given that it has already lasted for 250 hours. MA8402 Question Bank Probability And Queuing Theory

4. (a) Assume that 50% of all engineering students are good in mathematics.
Determine the probabilities that among 18 engineering students (i) exactly 10, (ii)
atleast 10 are good in mathematics. MA8402 Question Bank Probability And Queuing Theory

(b) The life (in years) of a certain electrical switch has an exponential distribution
with an average life of 2. MA8402 Question Bank Probability And Queuing Theory

Subject name	Probability And Queuing Theory
Short Name	PQT
Semester	4
Subject Code	MA8402
Regulation	2017 regulation

MA8402 Probability And Queuing Theory Question Bank Click Here To Download

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MA8402 Probability And Queuing Theory Question Paper

CS8491 Question Paper Computer Architecture

CS8491 Question Paper Computer Architecture Regulation 2017 Anna University free download. Computer Architecture Question Paper CS8491 pdf free download.

Sample CS8491 Question Paper Computer Architecture:

1 Describe the main idea of ILP.

2 Illustrate the overall speedup if a webserver is to be enhanced with a new CPU which is 10 times faster on computation than an old CPU .The original CPU spent 40% of its time processing and 60% of its time waiting for I/O. BTL 3 Apply

3 List the three important properties of vector instructions.
BTL 1 Remember

4 Analyze the main characteristics of SMT processor.
BTL 4 Analyze

5 Quote the importance of loop unrolling technique.
BTL1 Remember

6 Define VLIW processor.
BTL1 Remember CS8491 Question Paper Computer Architecture

7 Express anti-dependence. How is it removed?
BTL 2 Understand

8 State the efficiency of superscalar processor.
BTL 1 Remember

9 Differentiate between strong scaling and weak scaling.
BTL 2 Understand CS8491 Question Paper Computer Architecture

10 Show the performance of cluster organization.
BTL 3 Apply

11 Compare SMT and hardware multithreading.
BTL 5 Evaluate

12 Define the Flynn classification.
BTL 1 Remember

13 Integrate the ideas of in-order execution and out-of-order execution. BTL 6 Create

14 Discriminate UMA and NUMA.
BTL 5 Evaluate CS8491 Question Paper Computer Architecture

15 Quote fine grained multithreading.
BTL 1 Remember

16 Express the need for instruction level parallelism.
BTL 2 Understand

17 Formulate the various approaches to hardware multithreading.
BTL 6 Create

18 Categorize the various multithreading options.
BTL 4 Analyze CS8491 Question Paper Computer Architecture

19 Differentiatefine grained multithreading and coarse grained multithreading. BTL 4 Analyze

20 Classify shared memory multiprocessor based on the memory access latency BTL 3 Apply

PART-B

1 i).Define parallelism and its types.
ii).List the main characteristics of Instruction level parallelism.
(4) (9) BTL 1 Remember

2 i).Give the concept of parallel processing.
ii).Summarize the challenges faced by parallel processing.
(4) (9) BTL 2 Understand

3 Express in detail about hardware multithreading.
(13) BTL 2 Understand CS8491 Question Paper Computer Architecture

4 Solve: suppose you want to achieve a speed up to 90 times faster with 100 processors. What percentage of the original computation can be sequential? (13) BTL 3 Apply

5 List the software and hardware techniques to achieve Instruction

Subject name	Computer Architecture
Short Name	CA
Semester	4
Subject Code	CS8491
Regulation	2017 regulation

CS8491 Computer Architecture Question Paper Click Here To Download

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CS8491 Computer Architecture Question Bank

 

CS8491 Question Bank Computer Architecture

CS8491 Question Bank Computer Architecture Regulation 2017 Anna University free download. Computer Architecture Question Bank CS8491 pdf free download.

Sample CS8491 Question Bank Computer Architecture:

1 Express the equation for the dynamic power required per transistor.
BTL 2 Understand

2 Identify general characteristics of Relative addressing mode with an example. BTL 4 Analyze CS8491 Question Bank Computer Architecture

3 Define Computer Architecture. BTL 1 Remember

4 Tabulatethe components of computer system.
BTL 1 Remember

5 Give the addressing modes in MIPS.
BTL 2 Understand

6 Interpret the instruction set Architecture.
BTL 2 Understand CS8491 Question Bank Computer Architecture

7 Differentiate DRAM and SRAM.
BTL 4 Analyze

8 Give the difference between auto increment and auto decrement addressing mode. BTL 2 Understand

9 What are the functions of control unit?
BTL 1 Remember

10 Calculate throughput and response time.
BTL 3 Apply CS8491 Question Bank Computer Architecture

11 Compose the CPU performance equation.
BTL 6 Create

12 Measure the performance of the computers:
If computer A runs a program in 10 seconds, and computer B runs the same program in 15 seconds, how much faster is A over CS8491 Question Bank Computer Architecture

13 Formulate the equation of CPU execution time for a program.
BTL 6 Create

14 State the need for indirect addressing mode. Give an example.
BTL 1 Remember

15 Show the formula for CPU clock cycles required for a program.
BTL 3 Apply

16 Define Stored Program Concept.
BTL 1 Remember

17 What are the various units in the computer?
BTL 1 Remember

18 Compare multi-processor and uniprocessor.
BTL 4 Analyze

19 Classify the instructions based on the operations they perform and give one example to each category.

 

Subject name	Computer Architecture
Short Name	CA
Semester	4
Subject Code	CS8491
Regulation	2017 regulation

CS8491 Computer Architecture Question Bank Click Here To Download

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CS8451 Question Paper Design and Analysis Of Algorithms

CS8451 Question Paper Design and Analysis Of Algorithms Regulation 2017 Anna University free download. Design and Analysis Of Algorithms Question Paper CS8451 pdf free download.

Sample CS8451 Question Paper Design and Analysis Of Algorithms:

2 MARK QUESTIONS:

1. Define brute force method
2. Write an algorithm for brute force closest –pair problem
3. Define convex hull problem
4. Define exhaustive search CS8451 Question Paper Design and Analysis Of Algorithms
5. Give formula for Manhattan distance computation
6. What is median of three partitioning?
7. Write an algorithm for binary search.
8. What is worst case complexity of binary search?
9. What is Hamiltonian circuit?
10. Define Hungarian method. CS8451 Question Paper Design and Analysis Of Algorithms

16 MARK QUESTIONS: CS8451 Question Paper Design and Analysis Of Algorithms

1. Explain selection sort and bubble sort algorithm using brute force method and analyze with examples
2. Describe Sequential search and brute force string matching using brute force method
3. Explain the following in detail CS8451 Question Paper Design and Analysis Of Algorithms
i) Closest pair problem
ii) Convex hull problem
4. Describe exhaustive search in detail
5. Explain in detail quick sorting method. Provide a complete analysis of quick sort
with example. CS8451 Question Paper Design and Analysis Of Algorithms
6. Explain in detail merge sort. Illustrate the algorithm with a numeric example. Provide complete analysis of the same.
7. Describe binary search in detail? And provide the complete analysis with example CS8451 Question Paper Design and Analysis Of Algorithms
8. Write short notes on the following
i. Strassen’s Matrix Multiplication
ii.Multiplication of largest integer.
9. Apply strassen’s algorithm to compute CS8451 Question Paper Design and Analysis Of Algorithms

Subject name	Design and Analysis Of Algorithms
Short Name	DAA
Semester	4
Subject Code	CS8451
Regulation	2017 regulation

CS8451 Design and Analysis Of Algorithms Question Paper Click Here To Download

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CS8451 Design and Analysis Of Algorithms Question Bank

CS8451 Question Bank Design and Analysis Of Algorithms

CS8451 Question Bank Design and Analysis Of Algorithms Regulation 2017 Anna University free download. Design and Analysis Of Algorithms Question Bank CS8451 pdf free download.

Sample CS8451 Question Bank Design and Analysis Of Algorithms:

1. What is an Algorithm?
2. Write the Euclid’s algorithm for GCD calculation?
3. What is algorithm design Technique?
4. Differentiate time and Space efficiency?
5. Design an algorithm to compute the area and Circumference of a circle CS8451 Question Bank Design and Analysis Of Algorithms
6. List the important problem types
7. How will you measure input size of algorithms
8. Define best, worst and average case efficiency?
9. Define big oh(O),Big omega(Ω ) and big theta(Ө) notations
10. List the basic efficiency classes CS8451 Question Bank Design and Analysis Of Algorithms
11. Define recurrence relation?
12. What is non recursion relation?
13. Define nonrecursive algorithm? CS8451 Question Bank Design and Analysis Of Algorithms

16. Write an algorithm using recursive function to find the sum of n numbers.
17. What is algorithm optimality
18. List the factors which affects the running time of the algorithm.
19. What is meant by substitute methods?
20. Write the general plan for analyzing Time efficiency of recursive algorithm CS8451 Question Bank Design and Analysis Of Algorithms

16 MARK QUESTIONS: CS8451 Question Bank Design and Analysis Of Algorithms

1. Discuss in detail about fundamentals of algorithmic problem solving?
2. Explain the important problem types in detail
3. Explain the necessary steps for analyzing the efficiency of recursive algorithms
4. Explain the general framework for analyzing the efficiency of algorithm. CS8451 Question Bank Design and Analysis Of Algorithms
5. Write the asymptotic notations used for best case ,average case and worst case analysis of algorithms and Write an algorithm for finding maximum element of an array perform best , worst and average case complexity with appropriate order notations
6. Explain the method of solving recurrence equations with suitable example.
7. Explain the method of solving Non recursive equations with suitable examples CS8451 Question Bank Design and Analysis Of Algorithms
8. i)Describe the basic efficiency classes in detail.
ii) Write an algorithm for Fibonacci numbers generation and compute the following
a) How many times is the basic operation executed
b) What is the efficiency class of this algorithm
9. Solve the following recurrence relations CS8451 Question Bank Design and Analysis Of Algorithms

Subject name	Design and Analysis Of Algorithms
Short Name	DAA
Semester	4
Subject Code	CS8451
Regulation	2017 regulation

CS8451 Design and Analysis Of Algorithms Question Bank Click Here To Download

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IC8451 Question paper Control Systems

IC8451 Question paper Control Systems Regulation 2017 Anna University free download. Control Systems Question paper IC8451 pdf free download.

Sample Questions from IC8451 Question paper Control Systems

1. For the system described byC S Show the nature of the timeresponse.
BTL 3
Applying
2. Classify the time domain specifications. BTL 3 Applying
3. Define Delay time, Rise time, Peak time. BTL 1 Remembering
4. Define Step, Ramp & Parabolic signal BTL 1 Remembering
5. Calculate the acceleration error coefficient for
Applying IC8451 Question paper Control Systems
6.Evaluate the type and order of the system.
BTL 5 Evaluating IC8451 Question paper Control Systems
7. How is a system classified depending on the value of damping? BTL 2 Understanding
8. Give the type and order of the following system.
G S H S BTL 2 Understanding
9. What is steady state error? Mention the 3-different static error constants. BTL 2 Understanding IC8451 Question paper Control Systems
10. Distinguish between type and order of the system. BTL 4 Applying
11. List the drawback of static coefficients. BTL 1 Remembering
12. Give the relation between static and dynamic error coefficients. BTL 1 Remembering IC8451 Question paper Control Systems
13. Explain the need for a controller and different types of controller. BTL 5 Evaluating IC8451 Question paper Control Systems
14. State the basic properties of root locus. BTL 1 Remembering
15. Give the transfer function G(s) of a PID Controller.

16. What is the effect on system performance when a Proportional Controller is used
in a system?.
BTL 6 Creating
17. Infer why derivative controller is not separately used in control systems. BTL 4 Analyzing IC8451 Question paper Control Systems
18. Explain about the PI Controller. BTL 4 Analyzing
19. Express the PID Controller Equation. BTL 2 Understanding
20. Generalize the effect of PI Controller on the system performance.

1. Define the terms (i) Phase margin (ii) Gain margin (iii) Gain
Cross-over frequency (iv) Phase Cross-over Frequency.
BTL 1 Remembering IC8451 Question paper Control Systems
2. Give the advantages of Frequency response analysis.

Subject name	Control Systems
Short Name	CS
Semester	4
Subject Code	IC8451
Regulation	2017 regulation

IC8451 Control Systems Question Paper Click Here To Download

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IC8451 Control Systems Question Bank

IC8451 Question Bank Control Systems

IC8451 Question Bank Control Systems Regulation 2017 Anna University free download. Control Systems Question Bank IC8451 pdf free download.

Sample IC8451 Question Bank Control Systems

1. List the advantages of closed loop system over open loop system. BTL 1 Remembering
2. Define the terms (i) Physical Model (ii) Mathematical Model. BTL 1 Remembering IC8451 Question Bank Control Systems
3. What are the basic elements in control systems? BTL 1 Remembering
4. Define transfer function. Give an example for it. BTL 1 Remembering
5. What are the basic elements used for modeling mechanical translational
system?
BTL 1 Remembering
6. List the basic elements for modeling in mechanical rotational system. BTL 1 Remembering IC8451 Question Bank Control Systems
7. Distinguish the terms sink and source. BTL 2 Understanding
8. Discuss any 2- applications of synchro. BTL 2 Understanding
9. Describe the characteristics of negative feedback in control systems. BTL 2 Understanding
10. Discuss the terms (i) Signal Flow Graph (ii) Non-touching loop. BTL 2 Understanding
11. Illustrate the terms (i) Block Diagram Reduction (ii) Mason;s Signal Flow
Graph Method. IC8451 Question Bank Control Systems
BTL 3 Applying
12. Draw the electrical analog of a thermometer with neat diagram. BTL 3 Applying
13. Illustrate the terms (i) Path (ii) Forward Path (iii) Loop (iv) Non-touching
Loop.
BTL 3 Applying
14. Compare Signal Flow Graph approach with block diagram reduction
technique of determining transfer function.
BTL 4 Analyzing IC8451 Question Bank Control Systems
15. Define open loop and closed loop system. BTL 4 Analyzing
16. Analyze the need of electrical zero position of a synchro transmitter. BTL 4 Analyzing
17. Explain the aligned position of a Synchro transmitter and synchro receiver. BTL 5 Evaluating
18. Can we use servomotor for position control? Support the answer with
necessary details.
BTL 5 Evaluating IC8451 Question Bank Control Systems
19. Create the expression for Masons gain formula to find the system transfer

Subject name	Control Systems
Short Name	CS
Semester	4
Subject Code	IC8451
Regulation	2017 regulation

IC8451 Control Systems Question Bank Click Here To Download

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IC8451 Control Systems Question Paper

 

EE8451 Question Paper Linear Integrated Circuits and Applications

EE8451 Question Paper Linear Integrated Circuits and Applications LIC Regulation 2017 Anna University free download. LIC Linear Integrated Circuits and Applications Question Paper EE8451 pdf free download.

Sample EE8451 Question Paper Linear Integrated Circuits and Applications LIC:

1. Why is Vco called voltage to frequency converter? (N/D-12)
2. In an astable multi-vibrator using IC 555 timer, RA = 6.8 kΩ, RB = 3.3 kΩ, C=0.1 μF,
calculate the free running frequency. (N/D-12) EE8451 Question Paper Linear Integrated Circuits and Applications LIC
3. List out any four applications of IC 555 timer. (M/J-12)
4. Draw the pin diagram of IC 555 timer. (M/J-10)
5. What are the basic blocks in a PLL IC? (M/J-10) EE8451 Question Paper Linear Integrated Circuits and Applications LIC
6. Define – Lock Range of a PLL (M/J-09, M/J-13)
7. Write any two applications of VCO (Voltage controlled Oscillator). (M/J-11)
8. List out the features of IC 555 timer. (N/D-09)
9. Write the applications of an analog multiplier. (N/D-08)
10. Define – Pull-in Time EE8451 Question Paper Linear Integrated Circuits and Applications LIC

1. Explain the functional diagram of the IC 555 timer in the astable mode. Derive the
expression for its frequency. (N/D-12)(16)
2. Explain with a schematic diagram, how PLL can be used as,
a) Frequency multiplier
b) Frequency translator (N/D-12) (16) EE8451 Question Paper Linear Integrated Circuits and Applications LIC
3. Explain the two basic modes in which 555 timer operate. Also list out the features of
555 timers. (M/J-10) (16)
4. Explain the operation of 566 VCO IC with its schematic diagram. Derive an expression for
the output frequency. (M/J-11) (16) EE8451 Question Paper Linear Integrated Circuits and Applications LIC
5. (i) Design an astable multi-vibrator having a duty cycle of 40 % with a frequency of 1 kHz
using a 555 timer. (N/D-08) (10)
(ii) Write short notes on analog multipliers. (N/D-08) (6) EE8451 Question Paper Linear Integrated Circuits and Applications LIC
6. Explain the functional block diagram of PLL IC 565. (N/D08) (16)
7. Explain the working of a monostable multi-vibrator using a 555 timer.

Subject name	Linear Integrated Circuits and Applications
Short Name	LIC
Semester	4
Subject Code	EE8451
Regulation	2017 regulation

EE8451 Linear Integrated Circuits and Applications Question Paper Click Here To Download

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EE8451 Linear Integrated Circuits and Applications Question Bank

 

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EE8451 LIC Syllabus 

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EE8451 Question Bank Linear Integrated Circuits and Applications

EE8451 Question Bank Linear Integrated Circuits and Applications LIC Regulation 2017 Anna University free download. LIC Linear Integrated Circuits and Applications Question Bank EE8451 pdf free download.

Sample EE8451 Question Bank Linear Integrated Circuits and Applications LIC:

1. List out any four characteristics of an ideal op-amp. (A/M-10)
2. Design an amplifier with a gain of 10 and input resistance of 10 kΩ. (A/M 2010)
3. What are the different kinds of packages of IC741? (A/M-11)
4. What is meant by thermal drift? (N/D-11)
5. Define – Input Offset Voltage (N/D-11) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
6. What is the input impedance of a non-inverting amplifier? (M/J-13)
7. Define – Slew Rate
8. Define – Common Mode Rejection Ratio (CMRR) of an op-amp
9. Draw the pin configuration of IC741. EE8451 Question Bank Linear Integrated Circuits and Applications LIC
10. What are the DC characteristics of op-amp?
11. What are the AC characteristics of op-amp?
12. What are the features of IC 741? EE8451 Question Bank Linear Integrated Circuits and Applications LIC

PART B EE8451 Question Bank Linear Integrated Circuits and Applications LIC Regulation 2017 Anna University

1. Explain the frequency response of an op-amp. Write the frequency compensation techniques
adopted in operational amplifiers. (A/M-11) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
2. Explain in detail, the DC characteristics of operational amplifier with the help of neat
diagrams. (N/D-11, M/J-13) (16)
3. Explain in detail, the operation of summer and differentiator using operational amplifier
with circuit diagrams. (N/D-11) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
4. Explain in detail, the characteristics of ideal op-amp and obtain the practical op-amp
equivalent circuit. (M/J-13) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
5. Explain in detail, the types of feedback configurations available with neat diagrams. (N/D-10) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
6. Explain the function of the basic building blocks of op-amp. (A/M-10) (8)
7. Explain the application of op- amp as:
a) Integrator
b) Differentiator (A/M-10) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
8. Explain summing amplifier with example. (N/D-10) (8)
9. Explain in detail, the AC characteristics of op-amp.

Subject name	Linear Integrated Circuits and Applications
Short Name	LIC
Semester	4
Subject Code	EE8451
Regulation	2017 regulation

EE8451 Linear Integrated Circuits and Applications Question Bank Click Here To Download

EE8451 Linear Integrated Circuits and Applications Syllabus

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EE8403 Question Paper Measurements And Instrumentation

EE8403 Question Paper Measurements And Instrumentation Regulation 2017 Anna University free download. Measurements And Instrumentation Question Paper EE8403 pdf free download.

Sample EE8403 Question Paper Measurements And Instrumentation:

1. Draw Maxwell’s AC bridge and give the balance equation interms of resistance. (2)
2. Explain any two technical parameters to be consider in grounding. (2)
3. Give some applications of Wheatstone’s bridge. (2)
4. What is a potentiometer? (2) EE8403 Question Paper Measurements And Instrumentation
5. List the applications of dc and ac potentiometer. (2)
6. Differentiate the principle of dc potentiometer and ac potentiometer. (2)
7. What is meant by transformer Ratio Bridge? (2) EE8403 Question Paper Measurements And Instrumentation
8. What are the features of ratio transformer? List its applications. (2)
9. What is meant by electromagnetic interference? (2)
10. List the sources of electromagnetic interference. (2)
11. What are the ways of minimizing the electromagnetic interference? (2)
12. Define electromagnetic compatibility. (EMC) (2) EE8403 Question Paper Measurements And Instrumentation
13. What are the main causes of group loop currents? (2)
14. What are the limitations of single point grounding method? (2)
15. What is the necessity of grounding and state is advantages. (2)
16. What is meant by ground loop? How it is created? (2) EE8403 Question Paper Measurements And Instrumentation
17. What are the sources of errors in bridge measurement? (2)
18. Define standardization. (2)
19. Give the relationship between the bridge balance equation of DC bridge and AC bridge (2)
20. What does a bridge circuit consists of? (2) EE8403 Question Paper Measurements And Instrumentation

PART – B

1. Explain in detail about the laboratory type DC potentiometer. (16)
2. Describe about the multiple earth and earth loops. (16)
3. Explain voltage sensitive self balancing bridge, and derive the bridge sensitivity of voltage sensitive bridge with fundamentals. (16) EE8403 Question Paper Measurements And Instrumentation
4. With fundamentals distinguish between DC and AC potentiometers, and give any two specific applications for each. (16)
5. Discuss the advantages and limitations of electromagnetic interference in
measurements. (16)
6. Explain Kelvin’s double bridge method for the measurement of low resistance. (16)
7. Explain how inductance in measured by using Maxwell’s bridge. (16)
8. Explain the working principle of Anderson’s bridge and also derive its balance equations. (16)
9. Explain the working principle of Schering bridge and also derive its balance equations.(16) EE8403 Question Paper Measurements And Instrumentation
10. (i) Give the applications of AC potentiometers. (8)
(ii) Explain the different techniques of grounding. (8)

Subject name	Measurements And Instrumentation
Short Name	MI
Semester	4
Subject Code	EE8403
Regulation	2017 regulation

EE8403 Measurements And Instrumentation Question Paper Click Here To Download

 EE8403 Measurements And Instrumentation Syllabus

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EE8403 Measurements And Instrumentation Question Bank