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MA8551 Question Bank ALGEBRA AND NUMBER THEORY Regulation 2017 Anna University

MA8551 Question Bank ALGEBRA AND NUMBER THEORY

MA8551 Question Bank ALGEBRA AND NUMBER THEORY Regulation 2017 Anna University free download. ALGEBRA AND NUMBER THEORY Question Bank MA8551 pdf free download.

Sample MA8551 Question Bank ALGEBRA AND NUMBER THEORY

Let ℝ[????] be a polynomial ring, then Prove the following
(a) If ℝ is commutative then ℝ[????] is commutative.
(b) If ℝ is a ring with unity then ℝ[????] is a ring with unity.
(c) ℝ[????] is an integral domain if and only if ℝ is an integral domain.
BTL-3 Applying
2. a)
If ???? is a field and ????(????) ∈ ????[????] has degree ≥ 1 , then prove that ????(????)
has at most n roots in ????. BTL-3 Applying
2. b)
If ????(????) = 3????5 − 8????4 + ????3 − ????2 + 4???? − 7, ????(????) = ???? +
9 ???????????? ????(????), ????(????) ∈ ℤ[????] , find the remainder when ????(????) is divided
by ????(????).
BTL-2 Understanding
3
If ℝ is a ring then prove that (ℝ[????], +, . ) is a ring called a
polynomial ring over ℝ. BTL-3 Applying
4. a)
Let (ℝ , + , . ) be a commutative ring with unity u. Then ℝ
is an integral domain iff for all ????(????), ????(????) ∈ ℝ[????], if neither ????(????)
nor ????(????) is the zero polynomial, then prove that degree of
????(????)????(????) = ????????????????????????????(????) + ????????????????????????????(????).
BTL-3 Applying
4. b)
Find the remainder when ????(????) = 7????3 − 2????2 + 5???? − 2 is divided by
????(????) = ???? − 3. BTL-2 Understanding
5. a) Find all roots of ????(????) = ????2 + 4???? if ????(????) ∈ ????12.
5. b)
If ????(????) = ????5 − 2????2 + 5???? − 3 & ????(????) = ????4 − 5????3 + 7????
Find ????(????) , ????(????) ????????????ℎ ????ℎ???????? ????(????) = ????(????)????(????) + ????(????).
6. a)
Give an example of polynomial ????(????) ∈ ????(????), where ????(????)
has degree 8 and degree 6, it is reducible but it has no real roots.
6. b) Discuss whether ????4 − 2 is reducible over ℚ , ℝ , ℂ.
7. a) State and Prove Factor Theorem. BTL-3 Applying
7. b)
Determine whether the given polynomial is irreducible or not?
????(????) = ????2 + ???? + 1 over ????3, ????5, ????7
8. Show that: A finite field F has order ???????? where p is a prime ???? ∈ ????+.

Subject name ALGEBRA AND NUMBER THEORY
Short Name ANT
Semester 5
Subject Code MA8551
Regulation 2017 regulation

MA8551 Question Bank ALGEBRA AND NUMBER THEORY Click Here To Download 

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EC8551 Question Bank Communication Networks Regulation 2017 Anna University

EC8551 Question Bank COMMUNICATION NETWORKS

EC8551 Question Bank Communication Networks Regulation 2017 Anna University free download. Communication Networks Question Bank EC8551 pdf free download.

Sample EC8551 Question Bank Communication Networks:

Describe the following in detail:
(i) Framing (7)
(ii) Flow and Error control (6)

Write Briefly on EC8551 Question Bank Communication Networks
(i) Simple protocol and (7)
(ii) Stop-and-Wait Protocol in data link layer. (6)

What is CSMA/CD? How does it works? (6)
List out the various types of frames. (7)

State the CSMA/CA and its working. (10)
Identify the various transfer modes in HDLC. (3)

Construct the Packet switching with its two different approaches. (13)

(i) Compare the various Ethernet standards. (7)
(ii) Infer the WLAN. (6)

Analyze the IPv4 Addressing. (13) EC8551 Question Bank Communication Networks

Explain in detail about the architecture of Bluetooth and its layers. (13)

Summarize the following:
(i) Wifi (7)
(ii) Zigbee (6)

Illustrate the following terms
(i) Routing and Forwarding (7)
(ii) Services provided by Network layer (6)

Demonstrate the Internet Protocol (IP) EC8551 Question Bank Communication Networks

Compose controlled access methods with packet formats. (15)

Evaluate the following with neat sketch.
(i) Bluetooth (5)
(ii) WiFi (5)
(iii) Zigbee (5)

Validate the network layer protocols and its types. (15)

Compile IPv4 addresses with classful and classless addressing formats.

Interpret the ICMPv4 and its Debugging tools. (13) EC8551 Question Bank Communication Networks

(i) Evaluate the addressing in Mobile IP. (7)
(ii) Assess the Inefficiency in Mobile IP. (6)

Analyze the various Phases in Mobile IP.

Subject name COMMUNICATION NETWORKS
Short Name CN
Semester 5
Subject Code EC8551
Regulation 2017 regulation

EC8551 Question Bank Communication Networks Click Here To Download 

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EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION Regulation 2017 Anna University

EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION

EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION Regulation 2017 Anna University free download. COMPUTER ARCHITECTURE AND ORGANIZATION Questions Bank EC8552 pdf free download.

Sample EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION :

i).Discuss the multiplication algorithm its hardware and its sequential version with diagram.
ii).Express the steps to Multiply 2*3.

Illustrate the multiplication of signed numbers using Booth algorithm. A=(-34)10=(1011110)2 and B=(22)10=(0010110)2 where B is multiplicand and A is multiplier.

Describe about basic concepts of ALU design. EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION

Develop algorithm to implement A*B. Assume A and B for a pair of signed 2’s complement numbers with values: A=010111, B=101100

i).State the division algorithm with diagram and examples.
ii).Divide 00000111 by 0010. EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION

i).Express in detail about Carry looks ahead Adder.
ii).Divide(12)10 by (3)10

Point out how ALU performs division with flow chart and block diagram. EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION

i).Examine with a neat block diagram how floating point addition is carried out in a computer system.
ii).Give an example for a binary floating point addition.

Tabulate the IEEE 754 binary representation of the number-
0.75 10
i).Single precision.
ii).Double precision.

i).Design an arithmetic element to perform the basic floating point operations.
ii).Discuss sub word parallelism. EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION

i).Explain floating point addition algorithm with diagram.
ii).Assess the result of the numbers (0.5)10 and (0.4375)10 using binary Floating point Addition algorithm.

Calculate using single precision IEEE 754 representation.
i). 32.75
ii).18.125

Arrange the given number 0.0625
i). Single precision.
ii). Double precision formats.

Solve using Floating point multiplication algorithm
i). A= 1.10 10 X 1010 B= 9.200X10-5
ii). 0.5 10 X 0.4375 10 EC8552 Questions Bank COMPUTER ARCHITECTURE AND ORGANIZATION

Subject name COMPUTER ARCHITECTURE AND ORGANIZATION
Short Name CAO
Semester 5
Subject Code EC8552
Regulation 2017 regulation

EC8552 Question Bank COMPUTER ARCHITECTURE AND ORGANIZATION Click Here To Download

EC8552 COMPUTER ARCHITECTURE AND ORGANIZATION Syllabus


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EC8553 Question Bank DISCRETE TIME SIGNAL PROCESSING Regulation 2017 Anna University

EC8553 Question Bank DISCRETE TIME SIGNAL PROCESSING

EC8553 Question Bank DISCRETE TIME SIGNAL PROCESSING Regulation 2017 Anna University free download. DISCRETE TIME SIGNAL PROCESSING Question Bank EC8553 pdf free download.

Sample EC8553 Question Bank DISCRETE TIME SIGNAL PROCESSING:

Evaluate the direct form I & II structure of the system function
????(????)=1+2????−1−3????−2+4????−3+5????−4 (13)

Realize a direct form and linear phase FIR structures with the following impulse response. Which is the best realization and why? ℎ(????)=????(????)+13????(????−1)−14????(????−2)+13????(????−3)+????(????−4).
(13)

(i) Consider an FIR lattice filter with coefficients ????1=12; ????2=13; ????3=14 . Find the FIR filter coefficients for the direct form structure.
(7) EC8553 Question Bank Discrete Time Signal Processing
(ii) An FIR filter is given by the difference equation ????(????)=2????(????)+45????(????−1)+32????(????−2)+23????(????−3). Draw its lattice form. (6)

Show that an FIR filter has linear phase if the unit sample response satisfies the condition ℎ(????)=ℎ(????−1−????). Also discuss symmetric and antisymmetric case of FIR filter when ???? is even. (13)

Design an ideal low pass filter with a frequency response ????????(????????????)={1 ???????????? −????2≤????≤????20 ???????????? ????2≤|????|≤????
Find the values of ℎ(????) for ????=11. Find ????(????). (13) EC8553 Question Bank Discrete Time Signal Processing

Using a rectangular window technique, Illustrate a low pass filter with pass band gain of unity, cut-off frequency of 1000 Hz and working at a sampling frequency of 5 KHz. The length of the impulse response should be 7.

(i) A band reject filter of length 7 is required it is to have lower and upper cut off frequencies of 3kHz and 5 kHz respectively. The sampling frequency is 20 kHz. Discover the filter coefficient using hanning window. (11)
(ii) Inspect the frequency domain characteristics for Rectangular and Hanning Window. (2) EC8553 Question Bank Discrete Time Signal Processing

(i) How to design a FIR band stop filter to reject frequencies in the range 1.2 to 1.8 rad/sec using hamming window, with length ????=6.
(10) EC8553 Question Bank Discrete Time Signal Processing
(ii) Label the linear phase structure of the above band stop FIR filter.

Subject name DISCRETE TIME SIGNAL PROCESSING
Short Name DTSP
Semester 5
Subject Code EC8553
Regulation 2017 regulation

EC8553 Question Bank DISCRETE TIME SIGNAL PROCESSING Click Here To Download

EC8553 Discrete Time Signal Processing Syllabus


EC8553 Discrete Time Signal Processing Notes


EC8553 Discrete Time Signal Processing Important Questions


EC8553 DISCRETE TIME SIGNAL PROCESSING Question Paper

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EC8501 Question Bank Digital Communication Regulation 2017 Anna University

EC8501 Question Bank Digital Communication

EC8501 Question Bank Digital Communication Regulation 2017 Anna University free download. Digital Communication Question Bank EC8501 pdf free download.

Sample EC8501 Question Bank Digital Communication

The source of information A generates the symbols {A0, A1, A2, A3& A4} with the corresponding probabilities {0.4, 0.3, 0.15, 0.1 and 0.05}. Evaluate the code for source symbols using Huffman and Shannon-Fano encoder and compare its efficiency.

Draw the block diagram of Digital Communication system and Construct each of it’s components. EC8501 Question Bank Digital Communication

Propose the following with suitable diagrams and equations.
(i) Discrete memoryless source
(ii) Discrete memoryless channel

The source of information A generates the symbols {A0, A1, A2, A3 , A4 , A5} with the corresponding probabilities {0.45, 0.41, 0.4, 0.3 , 0.29 and 0.05}. Evaluate the code for source symbols using Huffman and Shannon-Fano encoder and compare its efficiency. EC8501 Question Bank Digital Communication

(i) Evaluate the structure of linear predictor.
(ii) Assess the process of prediction error.

(i) Summarize adaptive delta modulator with continuously variable step size and explain with block diagram. EC8501 Question Bank Digital Communication
(ii) Explain the difference between PCM systems and delta modulation systems.

(i) How would you explain delta modulation and its quantization error?
(ii) Explain how adaptive delta modulation performs better than gains more SNR than delta modulation. EC8501 Question Bank Digital Communication

Describe delta modulation system in detail with a neat block diagram. Also illustrate two forms of quantization error in delta modulation.

Subject name Digital Communication
Short Name DC
Semester 5
Subject Code EC8501
Regulation 2017 regulation

EC8501 Question Bank Digital Communication Click Here To Download

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EE8591 Question Bank Digital Signal Processing Regulation 2017 Anna University

EE8591 Question Bank Digital Signal Processing

EE8591 Question Bank Digital Signal Processing Regulation 2017 Anna University free download. Digital Signal Processing Question Bank EE8591 pdf free download.

Sample EE8591 Question Bank Digital Signal Processing:

(i) Determine if the signals, x1(n) and x2(n) are power, energy or neither energy nor power signals.
x1(n)=(1/3)nu(n) and x2(n)=e4nu(n)
(ii) Discuss about quantization effects while digitizing analog signals for processing. EE8591 Question Bank Digital Signal Processing

(i) x(t)=sinc(50πt) is sampled at a rate of (1)20Hz(2)50Hz
and (3)75Hz. For each of these cases, explain if you can recover the signal x(t) from the samples signal.
(ii) State and prove the sampling theorem.

(i) Explain the following with respect to discrete-time system
(1) Stability
(2) Casuality
(ii) Check for following systems are static, casuality and time invariant
(1) y(n)=x(-n+5)
(2) y(n)=x(n)+nx(n+2)
(3) y(n)=x2(n) EE8591 Question Bank Digital Signal Processing

(i) Illustrate the condition of the system to be causal and linearity. Check the same for the given system y(n)=x(n)+[1/{x(n-1)}]
(ii) Check the time invariant and stability of the given system y(n)=cos x(n)

Explain the classifications of continuous time signals with its mathematical representation

(i) Distinguish the following with examples and formulae.
(1) energy vs power signal
(2) time variant vs time invariant signal. EE8591 Question Bank Digital Signal Processing
(ii) What is system? Explain the classification of systems with an examples

(i) Determine the values of power and energy of the given signal x(n)=sin{(Π/4)-n}
(ii) Explain the types of signals with its mathematical

Subject name Digital Signal Processing
Short Name DSP
Semester 5
Subject Code EE8591
Regulation 2017 regulation

EE8591 Question Bank Digital Signal Processing Click Here To Download

EE8591 Digital Signal Processing Syllabus


EE8591 Digital Signal Processing Notes


EE8591 Digital Signal Processing Important Questions


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EE8552 Question Bank Power Electronics Regulation 2017 Anna University

EE8552 Question Bank Power Electronics

EE8552 Question Bank Power Electronics Regulation 2017 Anna University free download. Power Electronics Question Bank EE8552 pdf free download.

Sample EE8552 Question Bank Power Electronics:

Design the switching model, equivalent circuit and switching waveforms and times of MOSFET. (15)

Design a suitable driver circuit for MOSFET which is used a switching device in AC to DC conversion circuit. (15)

Design the switching model, equivalent circuit and switching waveforms and times of IGBT. (15) EE8552 Question Bank Power Electronics

Design a suitable driver circuit and snubber circuit for SCR which is used a switching device in AC to DC conversion circuit.

Describe the UJT triggering circuit with neat sketch. (13)

(i) Discuss the different modes of operation of thyristor
with the help of its static V-I characteristics. (7) EE8552 Question Bank Power Electronics
(ii) Discuss why TRIAC is rarely operated in I quadrant with –ve gate current and in III quadrant with +ve gate current. (6)

(i) Snubber circuit for an SCR should primarily consist of capacitor only. But in practice a resistor is used in series with the capacitor, Why-Discuss. (7) EE8552 Question Bank Power Electronics
(ii) Discuss the turn off characteristics of SCR and explain
the mechanism of turn OFF. (6)

Summarize the various types of commutation circuits for SCR

(i) Explain the steady state and switching characteristics of MOSFET with aid of diagrams. (7) EE8552 Question Bank Power Electronics
(ii)Demonstrate the working of a complementary commutation. (6)

Examine the basic structure of IGBT and Explain its working .Give its equivalent circuit and explain the turn ON and turn OFF processes. (13)

(i) Explain and draw steady state and switching characteristics of SCR. (7)
(ii) With a neat diagram explain how the snubber circuit protects the MOSFET. (6) EE8552 Question Bank Power Electronics

(i) Analyze the constructional details of an SCR. Sketch its
schematic diagram and explain its operation. (7)
(ii) Explain turn-ON and turn-OFF characteristics of SCR. (6)

(i) Analyze the various types of power diodes. (7)
(ii) Explain and draw steady state and switching characteristics of SCR. (6) EE8552 Question Bank Power Electronics

Explain the principle of operation and characteristics of GTO

Design a suitable snubber circuit for BJT which is used as a
switching device in AC to DC conversion circuit.

Subject name POWER ELECTRONICS
Short Name PE
Semester 5
Subject Code EE8552
Regulation 2017 regulation

EE8552 Question Bank POWER ELECTRONICS Click Here To Download

EE8552 POWER ELECTRONICS Syllabus


EE8552 POWER ELECTRONICS Notes


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EE8551 Question Bank Microprocessors and Microcontrollers Regulation 2017 Anna University

EE8551 Question Bank Microprocessors and Microcontrollers

EE8551 Question Bank Microprocessors and Microcontrollers Regulation 2017 Anna University free download. Microprocessors and Microcontrollers Question Bank EE8551 pdf free download.

Sample EE8551 Question Bank Microprocessors and Microcontrollers

(i)Define the vectored interrupts in 8051 microcontroller. (7)
(ii) Define the different addressing modes of 8051 microcontroller. (6)

Discuss with a neat block diagram the architecture of 8051 microcontroller. (13)

Define the I/O ports and their functions of 8051 microcontroller. (13) EE8551 Question Bank Microprocessors and Microcontrollers Regulation 2017 Anna University

(i)Draw and discuss the TMOD register format and explain the different operating modes of timer in 8051 microcontroller. (7)
(ii)Discuss how serial communication is performed in 8051 microcontroller. (6)

(i)Explain how the internal timers are used to generate time delay by using 8051 microcontroller. (7) EE8551 Question Bank Microprocessors and Microcontrollers Regulation 2017 Anna University
(ii)Explain program memory interfacing in 8051 microcontroller. (6)

Explain the pin outs of 8051 microcontroller. (13)

(i)Show the data memory structure of 8051 microcontroller and explain.
(7)
(ii)Illustrate with block diagram how to access external memory devices in an 8051 based system. (6)

(i)Briefly discuss about interrupts used in 8051 microcontroller. (7)
(ii)Discuss about the organization of internal RAM and special function registers of 8051 microcontroller in detail. (6) EE8551 Question Bank Microprocessors and Microcontrollers Regulation 2017 Anna University

(i)Describe in detail the different methods of memory address decoding in 8051. (7)
(ii)Describe the operation of stack in 8051. (6)

With suitable block diagram, explain the architecture of 8051 microcontroller. Also explain the function of each block. (13)

(i)Explain Timing diagram interrupt structure of 8051 in detail. (7) (ii)Explain the program and data memory structure of 8051 microcontroller. (6)

Define the Timers of 8051 microcontroller with relevant diagrams.(13) EE8551 Question Bank Microprocessors and Microcontrollers Regulation 2017 Anna University

Subject name Microprocessors and Microcontrollers
Short Name MAM
Semester 5
Subject Code EE8551
Regulation 2017 regulation

EE8551 Question Bank Microprocessors and Microcontrollers Click Here To Download

EE8551 Microprocessors and Microcontrollers Syllabus


EE8551 Microprocessors and Microcontrollers Notes


EE8551 Microprocessors and Microcontrollers Important Questions


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EE8501 Question Bank Power System Analysis Regulation 2017 Anna University

EE8501 Question Bank POWER SYSTEM ANALYSIS

EE8501 Question Bank Power System Analysis Regulation 2017 Anna University free download. Power System Analysis Question Bank EE8501 pdf free download.

Sample EE8501 Question Bank Power System Analysis:

1 What is the information that are obtained from a load flow study
2 What is the need for slack bus in power flow analysis
3 When will the generator bus is treated as load bus EE8501 Question Bank Power System Analysis
4 Extend the acceleration factor in Gauss Seidal Method
5 Prepare the advantages and disadvantages of Gauss Seidal method
6 What is the need for load flow analysis EE8501 Question Bank Power System Analysis
7 Associate with load flow studies are important for planning the
existing system as well as the future expansion
8 When the generator bus treated as load bus in NR load flow study?
What will be the reactive power and bus voltage when the generator
bus is treated as load bus.
9 Show the general power flow equation  EE8501 Question Bank Power System Analysis
10 What is swing bus
11 Compare GSM and NRM with respect to number of iterations taken for convergence and memory requirement
12 Discuss the effect of acceleration factor in the load flow solution
algorithm
13 What are the disadvantage NR method  EE8501 Question Bank Power System Analysis
14 What are the advantage FDLF method
15 Compare GS and NR method.
16 Explain what do you mean by flat voltage start
17 Mentioned the various types of buses in power system with specified quantitates for each bus
18 Mentioned the various types of buses in power system with specified
quantitates for each bus
19 What is jocobian matrix  EE8501 Question Bank Power System Analysis
20 Define voltage-controlled bus and load bus

Subject name POWER SYSTEM ANALYSIS
Short Name PSA
Semester 5
Subject Code EE8501
Regulation 2017 regulation

EE8501 Question Bank POWER SYSTEM ANALYSIS Click Here To Download

EE8501 POWER SYSTEM ANALYSIS Syllabus


EE8501 POWER SYSTEM ANALYSIS Notes


EE8501 POWER SYSTEM ANALYSIS Important Questions


EE8501 POWER SYSTEM ANALYSIS Question Paper

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ME8594 Question Bank Dynamics Of Machines Regulation 2017 Anna University

ME8594 Question Bank Dynamics Of Machines

ME8594 Question Bank Dynamics Of Machines Regulation 2017 Anna University free download. Dynamics Of Machines Question Bank ME8594 pdf free download.

Sample ME8594 Question Bank Dynamics Of Machines:

What is free body diagram?

Define static force analysis.

State D’Alembert’s principle.

Define applied and constraint forces. ME8594 Question Bank Dynamics Of Machines

Differentiate between static force analysis and dynamic force analysis.

Define shaking force.

Define inertia torque.

List of force acting on the reciprocating engine.

State the principle of superposition.

Define piston effort. ME8594 Question Bank Dynamics Of Machines

Explain crank effort and crank-pin effort.

What is the turning moment diagram or crank effort diagram.

Explain the term maximum fluctuation of energy in fly wheel.

Define coefficient of fluctuation of energy.

Define coefficient of fluctuation of speed.

Define coefficient of steadiness. ME8594 Question Bank Dynamics Of Machines

What is the purpose of flywheel? How do you differentiate the function ofgovernor in engine with flywheel?

What is cam dynamics?

Define unbalance and spring surge. ME8594 Question Bank Dynamics Of Machines

A shaft fitted with a flywheel rotates at 250 r.p.m. and drives a machine. The torque of machine varies in a cyclic manner over a period of 3 revolutions. The torque rises from 750 N-m to 3000 Nm uniformly during 1/2 revolution and remains constant for the following revolution. It then falls uniformly to 750 N-m during the next 1/2 revolution and remains constant for one revolution, the cycle being repeated thereafter. Determine the power required to drive the machine and percentage fluctuation in speed, if the driving torque applied to the shaft is constant and the mass of the flywheel is 500 kg with radius of gyration of 600mm (15)

Subject name DYNAMICS OF MACHINES
Short Name DOM
Semester 5
Subject Code ME8594
Regulation 2017 regulation

ME8594 Question Bank DYNAMICS OF MACHINES Click Here To Download

ME8594 DYNAMICS OF MACHINES Syllabus


ME8594 DYNAMICS OF MACHINES Notes


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ME8594 DYNAMICS OF MACHINES Question Paper