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BE8251 Important 16 Mark questions Basic Electrical and Electronics Engineering regulation 2017 Anna University

BE8251 Important 16 Mark questions Basic Electrical and Electronics Engineering

BE8251 Important 16 mark questions Basic Electrical and Electronics Engineering BEEE for regulation 2017 Anna University Free download. Basic Electrical and Electronics Engineering Important 16 mark questions BEEE pdf free download.

Sample BE8251 Important 16 mark questions Basic Electrical and Electronics Engineering BEEE

1. With a neat sketch, explain the construction, working
of DC Motor and also explain the different parts. (16)

2. (i) With a neat diagram explain the construction and
working of D.C. Generator. (12)
(ii) Derive the EMF equation. (4)  (BE8251 Important 16 mark questions Basic Electrical and Electronics Engineering)

3. (i) Obtain the mathematical expression for
generated EMF or EMF Equation of Generator and
explain each term. (8)
(ii) Calculate the generated EMF by 4-pole wave
wound generator having 65 slots with 12 conductors
per slot when driven at 1200 rpm the flux per
pole is 0.02Weber. (8)

4. Obtain the mathematical equation for voltage or
current equation and also explain for (i) DC Series
Generator (ii) DC Shunt Generator (iii) DC Compound
Generator with suitable diagram for each. (16) (BE8251 Important 16 mark questions Basic Electrical and Electronics Engineering)

5. What is meant by DC Motor? Describe the terms such
as (i) Faraday’s Law of ElectroMagnetic Induction. (ii)
Fleming’s Left Hand rule.(iii) Back or Counter emf.
(iv) Voltage Equation of DC Shunt Motor.
(v) Armature Torque of DC Motor. (16)

6. (i) Describe various types of self excited Dc
generators with their circuit layout. (8)
(ii) Explain the characteristics of DC shunt motor. (8) (BE8251 Important 16 mark questions Basic Electrical and Electronics Engineering)

7. (i) A 200V Dc shunt motor takes a total current
of 100A and runs at 750 rpm. The resistance of the
armature winding and of shunt field winding is0.1 Ω
and 40Ω respectively. Find the torque developed by the
armature. (8)
(ii) Explain the basic nature of the emf induced in
the armature of a DC machine. (4)
(iii)How can the alternating current waveform in
the armature be converted into a DC waveform? (4)

8. A 25kW, 250V, dc shunt generator has armature
and field resistances of 0.06 ohm and 100 ohm
respectively. Determine the total armature power
developed when working (i) as a generator delivering
25 kW output and (ii) as a motor taking 25kW. (16) (BE8251 Important 16 mark questions Basic Electrical and Electronics Engineering)

9. What is meant by Transformer? Draw the circuit
diagram for Single Phase Transformer and also
explain the Principle, Construction,Working of it. (16)

Subject name BASIC ELECTRICAL AND ELECTRONICS ENGINEERING (BEEE)
Sub Code BE8251
Semester 2
Regulation 2017 Regulation

BE8251 Important 16 mark questions Basic Electrical and Electronics Engineering BEEE Click here to download 

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Important question

BE8253 important 16 Mark Questions Basic Electrical Electronics and Instrumentation Engineering Regulation 2017 Anna University

BE8253 important 16 Mark Questions Basic Electrical Electronics and Instrumentation Engineering

BE8253 important 16 Mark Questions Basic Electrical Electronics and Instrumentation Engineering Regulation 2017 Anna University free download

Basic Electrical Electronics and Instrumentation Engineering important 16 Mark Questions pdf free download

Sample BE8253 important 16 Mark Questions:

Part B – BE8253 important 16 Mark Questions Basic Electrical Electronics and Instrumentation Engineering 

1. Calculate
(i) Equivalent resistance across the terminal of the
supply (8)
(ii) Total current supplied by the source (5)
(iii) Power delivered to 16Ω resistor in the circuit shown
below: (3)
BTL – 3 Apply (BE8253 important 16 Mark Questions)
2. (i) Describe Kirchhoff’s laws. (4)
(ii) For the circuit shown in the figure determine the
current through 6Ω resistor. (12)
BTL – 2 Understand

1. Obtain expression for power and power factor for three phase
AC star connected balanced load circuit. (16)
BTL – 1 Remember
2. (i) Two impedances (8+j10) ohm and (7+9j) ohm are
connected in parallel. Find magnitude and phase angle of
total impedance. Another impedance (5-j2) ohm is
connected in series with above combination. Find overall
impedance. (8)
(ii) A 3ϕ, 200 kW, 50 Hz delta connected induction motor is
supplied from a 3ϕ, 400 V, 50 Hz supply system. The
efficiency and power factor of 3ϕ induction motor are
91% and 0.86 respectively. Calculate
a) Current in each motor phase (4)
b) Line Current. (4)
BTL – 3 Apply
3. A three phase, balanced delta connected load of (4+j8)Ω,
3- φ balanced supply. Determine the phase currents and line
currents, assume the phase sequence to be RYB. Also
calculate the power drawn by the source. (16)
BTL – 1 Remember (BE8253 important 16 Mark Questions)
4. A balanced star connected load having an impedence
(15+j20)Ω per phase is connected to a three phase 440V, 50
Hz supply. Find the line currents and the power absorbed by
the load. Assume RYB phase sequence. (16)
BTL – 1 Remember
5. Three impedences Z1=20∟300Ω, Z2=40∟600 and Z3=10∟-900Ω
are delta connected to a 400V 3φ system as shown below.
Determine the
(i) Phase currents (6) (BE8253 important 16 Mark Questions)
(ii) Line currents and (6)
(iii) Total power consumed by the load. (4)

Subject Name BASIC ELECTRICAL, ELECTRONICS AND INSTRUMENTATION ENGINEERING
Subject Code BE8253
Regulation 2017
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MA8251 Important questions ENGINEERING MATHEMATICS 2 Regulation 2017 Anna University

MA8251 Important questions ENGINEERING MATHEMATICS 2

MA8251 Important questions ENGINEERING MATHEMATICS 2 Regulation 2017 Anna University free download. ENGINEERING MATHEMATICS 2 MA8251 Important questions pdf free download.

Sample MA8251 Important questions ENGINEERING MATHEMATICS 2: 

  1. If the sum of 2 eigen values and the trace of a 3×3 matrix are equal , find
    the value of |?|
  2. State Cayley-Hamilton theorem.
  3. Prove that sum of eigen values of a matrix is equal to its trace. (MA8251 Important questions ENGINEERING MATHEMATICS 2)
  4. Find the matrix corresponding to the quadratic form 2xy+2yz+2zx.
  5. What is the nature of the quadratic form x2+y2+z2 in 4 variables?
  6. Reduce the quadratic form 8×2+7y2+3z2-12xy+4xz-8yz into canonical
    form by orthogonal reduction and find its nature.
  7. State Gauss Divergence theorem (MA8251 Important questions ENGINEERING MATHEMATICS 2)
  8. State Stokes theorem.
  9. State Greens theorem
  10.  Give the unit normal vector to the surface ??? = ? at (2, 1, 1).
  11.  Give the unit normal vector to the surface ?? + ?? + ?? = ? at (1,1,1).
  12.  Define conformal mapping.
  13.  Show that an analytic function in a region R with constant
    imaginary part is constant. (MA8251 Important questions ENGINEERING MATHEMATICS 2)
  14.  If f(z) is an analytic function whose real part is constant, Point
    out f(z) is a constant function.
  15.  Explain that a bilinear transformation has at most 2 fixed
    points.
  16.  Examine whether the function ??? can be real part of analytic
    function. (MA8251 Important questions ENGINEERING MATHEMATICS 2)
  17.  Formulate the image of |? + ?| = ? under the map ? = ?/?.
  18.  Show that the transformation maps, in general, circles and
    straight lines into circles and straight lines. Point out the circles
    and straight lines are transformed into straight lines and circles
    respectively. (MA8251 Important questions ENGINEERING MATHEMATICS 2)
  19.  State the sufficient conditions for the existence of Laplace
    transform.
  20.  State first and second shifting theorem.
  21.  State and prove change of scale property.
  22.  Apply initial and final value theorem for the verification of the
    function f(t) = 1+ e-t (sint + cost). (MA8251 Important questions ENGINEERING MATHEMATICS 2)

Ma8251 Online Class

Subject name ENGINEERING MATHEMATICS 2
Subject Code MA8251
Regulation 2017 Regulation

MA8251 Important questions ENGINEERING MATHEMATICS 2 Click Here to Download

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GE8291 important questions 16 Marks Environmental Science and Engineering Regulation 2017

GE8291 important questions 16 Marks Environmental Science and Engineering

GE8291 important questions 16 Marks Environmental Science and Engineering for regulation 2017 Anna University free download.

The Environmental Science and Engineering GE8291 important questions 16 Marks are provided in PDF format is available for free download.

GE8291 Environmental Science and Engineering important questions 16 Marks:

UNIT -I

1. Define Hazards. What are the types and explain their health effects.

2. Explain the components, Characteristics and biodiversity of Forest ecosystem

3. Explain the structure and functional features of aquatic, desert and grasslandecosystems.

4. Explain oxygen and nitrogen cycle in detail.

5. What are the threats faced by biodiversity. What are the solutions for the threats?
(or) how will you conserve bio-diversity? (GE8291 important questions 16 Marks Environmental Science and Engineering)

6. Explain in detail the energy flow through the ecosystem.

7. Discuss the threats faced by Indian biodiversity.

8. Write a note on the endangered and endemic species of India.

9. What are the impacts of biodiversity loss?

10. Define the term hot spot in biodiversity. Explain any two in detail.

UNIT-II (GE8291 important questions 16 Marks Environmental Science and Engineering)

1. Mention the sources and effects of various air pollutants. Also describe the method of control of air pollution.

2. (i)Briefly describe the sources effects and control of noise pollution.
(ii) Discuss about OZONE layer depletion.

3. Enumerate with example the major sources of surface and ground water pollution.

4. (i) Explain the method of sewage water treatment.
(ii) How acid rain is formed? Explain its impact.

5. What are the major sources of soil pollution? And what are the measures to be
taken to prevent soil pollution? (GE8291 important questions 16 Marks Environmental Science and Engineering)

6. Explain in detail the Solid waste management techniques and the disposal of MSW.

7. (i) Explain any two case studies on Nuclear pollution. (ii) Explain in detail about
radioactive pollution.

8. What are the sources, effects & control measures of Marine pollution?

9. Explain the methods of disposal of municipal solid waste. Write notes on disposal of radio-active wastes.

10. (i)What are the causes of soil erosion and methods of preventing it.
(ii) Describe case study on industrial pollution.

(GE8291 important questions 16 Marks Environmental Science and Engineering)

Subject name Environmental Science Engineering
Subject Code GE8291
Regulation 2017 Regulation

GE8291 important questions 16 Marks Click here to download

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CS6501 Internet Programming Important questions Regulation 2013 Anna University

CS6501 Internet Programming Important questions

CS6501 Internet Programming Important questions Regulation 2013 Anna University free download. Internet Programming CS6501 Important questions pdf free download.

Sample CS6501 Internet Programming Important questions:

Part A CS6501 Internet Programming Important questions 2 Marks

1. Define orbit.

The satellite can be rotated around the earth through various paths. These paths are called orbits of the satellite. These orbits are u-sed to cover the specific application areas.

2. What is a satellite system?

A satellite system consists of one or more satellite space vehicles, a ground –
based station to control the operation of the system, and a user network of earth stations.

3. State the basic function of satellite transponder.

The transmitter -receiver combination in the satel l i te i s known as a
transponder. The basic function of a transponder is amplification and frequency translation.

4. List the satellite orbits.

Satellite orbits about the earth are either circular or elliptical. The satellite orbits are: Inclined orbit, Polar orbit, Equatorial orbit

5. Define inclined orbit. (CS6501 Internet Programming Important questions)

Inclined orbits are virtually all orbits except those that travel directly above the
equator or directly over the north and south poles.

6. Define polar orbit.

Satellite orbits with inclinations of 90°are called polar orbit. Polar orbits are used for special applications like navigational satellites.

7. Define geostationary orbit.

The circular equatorial orbit is exactly in the plane of equator on earth. All the points in this orbit are at equal distance from earth surface, and a satellite in this orbit appears to be stationary to the point of earth. Therefore this orbit is called geostationary orbit.

PART – B CS6501 Internet Programming Important questions 16 Marks

1. Write notes on satellite elevation categories and satellite orbital patterns.

2. Explain the satellite system with a neat block diagram.

3. State and explain the laws of planetary motion.

4. What is a geosynchronous satellite? Discuss its advantages and disadvantages.

5. Explain CDMA and also give the orthogonal condition of the signals in CDMA.

6. Explain about various multiple access schemes.

7. With neat sketch explain about cellular systems.

8. Draw and explain the architecture of GSM.

9. Write about AMPS. (CS6501 Internet Programming Important questions)

Subject Name Internet Programming
Subject code CS6501
Regulation 2013

CS6501 Internet Programming Important questions click here to download

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MA6566 Discrete Mathematics Important questions Regulation 2013 Anna University

MA6566 Discrete Mathematics Important questions

MA6566 Discrete Mathematics Important questions Regulation 2013 Anna University free download. Discrete Mathematics MA6566 Important questions pdf free download.

Sample MA6566 Discrete Mathematics Important questions:

3. Define a tautology. With an example.

A statement that is true for all possible values of its propositional variables is called
a tautology universely valid formula or a logical truth.
Example: p ∨ ¬q is a tautology.

4. When do you say that two compound statement proposition are equivalent.

Two compound proposition are said to be equivalent if then the have identical truth tables. (MA6566 Discrete Mathematics Important questions)

5. Give an indirect proof of the theorem if 3n+2 is odd, then n is odd.
Solution:

P: 3n+2 is odd
Q: n is odd
Hypothesis: Assume that ? → q is false.
Assume that ? ?? ???? ??? q is false.
i.e, n is not odd ⇒ n is even.
Analysis: If n is even then n=2k for some integer k.
3n+2= 3(2k)+2.
= 6k+2.
= 2(3k+1) (MA6566 Discrete Mathematics Important questions)

6. Define a universal specification.
(x)A(x) ⇒ ? ?

If a statement of the form (x)A(x) is assumed to be true , then the universal quantifier can be
dropped to obtain A(y) is true for any arbitrary object y in the universe.

7.Show that {∨,∧} is not functionally complete.

Solution: ¬? cannot be expressed using the connectives {∨,∧} .since no sets contribution of the
statement exists {∨,∧} as input if T and the output is F. (MA6566 Discrete Mathematics Important questions)

8. Write the converse, inverse, contra positive of „If you work hard then you will be rewarded‟
Solution:

p: you will be work hard.
q: you will be rewarded.
¬p: You will not be work hard.
¬ q: You will no tbe rewarded.
Converse: q→ p, If you will be rewarded then you will be work hard
Contrapositive: ¬ q→ p,if You will not be rewarded then You will not be work hard.
Inverse: ¬ p→ ¬ q, if You will not be work hard then You will no tbe rewarded.

(MA6566 Discrete Mathematics Important questions)

Subject Name Discrete Mathematics
Subject code MA6566
Regulation 2013

MA6566 Discrete Mathematics Important questions click here to download

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CS6304 Analog and Digital Communication Important questions Regulation 2013 Anna University

CS6304 Analog and Digital Communication Important questions

CS6304 Analog and Digital Communication Important questions Regulation 2013 Anna University free download. Analog and Digital Communication CS6304 Important questions pdf free download.

Sample CS6304 Analog and Digital Communication Important questions:

1. Define noise and noise figure.

Noise is defined as any unwanted form of energy, which tends to interfere with proper reception and reproduction of wanted signal.
Noise figure is defined as the ratio between Signal to Noise ratio at the output to the Signal to Noise ratio at the input

2. What are the types of external noise and internal noise? (CS6304 Analog and Digital Communication Important questions)

External noise can be classified into Atmospheric noise, Extraterrestrial noises,Man –made noises or industrial noises.Internal noise can be classified into Thermal noise, Shot noise, Transit time noise, Miscellaneous internal noise.

3. What are the types of extraterrestrial noise and write their origin.

The two type of extraterrestrial noise are solar noise and cosmic noise Solar noise is the electrical noise emanating from the sun. Cosmic noise is the noise received from the center part of our galaxy, other distant galaxies and other virtual point sources.

4. Explain thermal noise. (CS6304 Analog and Digital Communication Important questions)

Thermal noise is the name given to the electrical noise arising from the random motion of electrons in a conductor.

5. Give the expression for noise voltage in a resistor.

The mean square value of thermal noise voltage is given by Vn2 = 4 K T B R where K – Boltz man constant, R – resistance, T – Absolute temperature, B – Bandwidth

6. Explain White Noise. (CS6304 Analog and Digital Communication Important questions)

Many types of noise sources are Gaussian and have flat spectral density over a wide frequency range. Such spectrum has all frequency components in equal portion, and is therefore called white noise. The power spectral density of white noise is independent of the operating frequency. (CS6304 Analog and Digital Communication Important questions)

Subject Name Computer Architecture
Subject Code CS6304
Regulation 2013

CS6304 Analog and Digital Communication Important questions click here to download

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CS6301 Programming and Data Structures 2 Important questions Regulation 2013 Anna University

CS6301 Programming and Data Structures 2 Important questions

CS6301 Programming and Data Structures 2 Important questions Regulation 2013 Anna University free download. Programming and Data Structures 2 CS6301 Important questions pdf free download.

Sample CS6301 Programming and Data Structures 2 Important questions:

PART-A 2 Marks CS6301 Programming and Data Structures 2 Important questions

1. Define ob ject oriented programming

2. Define Object.

3. Define Class.

4. Define Encapsulation.

5. Define Data Hiding.

6. Define Data Abstraction. (CS6301 Programming and Data Structures 2 Important questions)

7. Define Data Members.

8. Define Constructor.

9. List the Types of Constructor.

10. Define Static Member.

11. List the storage class in C++.

12. List out the operators used in pointer concepts.

13. Define Pointer Variable.

14. What is the use of Scope resolution operator.

15. What is call by reference and address

16. State the Advantages of Default Argument. (CS6301 Programming and Data Structures 2 Important questions)

17. Define Constant members.

18. Define Copy Constructor.

19. Difference between Copy Constructor and Assignment Constructor.

20. Define this pointer.

PART-B 16 Marks CS6301 Programming and Data Structures 2 Important questions

1. Explain the basic features of Object oriented programming in C++.(16)

2. Difference between Struct and Class in also illustrate with Example.(8)

3. Explain briefly about Constructor and it types with suitable Example.(16)

4. Explain about Storage Classes in C++ with Examples(16).

5. Explain about static members with suitable example.(8).

6. Explain the following (8)

i) Pointer object.
ii) This pointer.

7. Explain about call by reference and return by reference with C++ Programs(16)

8. Write a C++ program to get and display employee details using class and object.(16)

9. Write a C++ program to get and display student details using static members.(16)

10. Write a C++ program to use destructor and constructor in C++.(10)

Subject Name Programming and Data Structures 2
Subject code CS6301
Regulation 2013

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CS6201 DIGITAL PRINCIPLES AND SYSTEM DESIGN Important questions regulation 2013 Anna University

CS6201 DIGITAL PRINCIPLES AND SYSTEM DESIGN Important questions

CS6201 DIGITAL PRINCIPLES AND SYSTEM DESIGN Important questions regulation 2013 Anna University free download. DIGITAL PRINCIPLES AND SYSTEM DESIGN CS6201 Important questions pdf free download.

Sample CS6201 DIGITAL PRINCIPLES AND SYSTEM DESIGN Important questions:

PART-A (2 Marks) 

1) Define binary logic.

2) State the different classification of binary codes.

3) State the steps involved in Gray to binary conversion.

4) What is meant by bit & byte?

5) What is the use of don‘t care conditions?

6) List the different number systems

7) State the abbreviations of ASCII and EBCDIC code

8) What are the different types of number complements

9) State De Morgan’s theorem.

PART-B (16 Marks) CS6201 DIGITAL PRINCIPLES AND SYSTEM DESIGN Important questions

1.Simplify the following Boolean function by using Tabulation method (16) F (w, x, y, z) =_ (0, 1, 2, 8, 10, 11, 14,15)

2.Simplify the following Boolean functions by using K‘Map in SOP & POS. F (w, x, y, z) =_ (1, 3, 4, 6, 9, 11, 12, 14) (16)

3.Simplify the following Boolean functions by using K‘Map in SOP & POS. F (w, x, y, z) =_ (1, 3, 7, 11, 15) + d (0 , 2, 5) (16)

4.Reduce the given expression. (16) [(AB)‘ + A‘ +AB‘]

5.Reduce the following function using k-map technique (16) f(A,B,C,D)= _ M(0, 3, 4, 7, 8, 10, 12, 14)+d (2, 6)

CS6201 DIGITAL PRINCIPLES AND SYSTEM DESIGN Important questions

Subject Name DIGITAL PRINCIPLES AND SYSTEM DESIGN
Subject code CS6201
Regulation 2013

CS6201 Digital Principles and System Design Important questions Click here to download

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Important question

EC6703 Embedded and Real Time Systems Important questions regulation 2013 Anna University

EC6703 Embedded and Real Time Systems Important questions

EC6703 Embedded and Real Time Systems Important questions regulation 2013 Anna University free download. Embedded and Real Time Systems EC6703 Important questions pdf free download.

Sample EC6703 Embedded and Real Time Systems Important questions:

11. What are the various types of memory in embedded systems?

 RAM internal External
 ROM/PROM/EEPROM/Flash
 Cache memory

12. What are the points to be considered while connecting power supply rails with embedded system?

 A processor may have more than two pins of Vdd and Vss
 Supply should separately power the external I/O driving ports, timers, and clock
and
 From the supply there should be separate interconnections for pairs of Vdd and
Vss pins analog ground analog reference and analog input voltage lines.

(EC6703 Embedded and Real Time Systems Important questions)

13.What is watch dog timer?

Watch dog timer is a timing device that resets after a predefined timeout.

14. What are the two essential units of a processor on a embedded system?

Program Flow control Unit
Execution Unit

15.What does the execution unit of a processor in an embedded system do?

The EU includes the ALU and also the circuits that execute instructions for a program control task. The EU has circuits that implement the instructions pertaining to data transfer operations and data conversion from one form to another.

16. Give examples for general purpose processor.

 Microcontroller
 Microprocessor (EC6703 Embedded and Real Time Systems Important questions)

17. Define microprocessor.

A microprocessor is a single VLSI chip that has a CPU and may also have some other units for example floating point processing arithmetic unit pipelining and super scaling units for faster processing of instruction.

18. When is Application Specific System processors ASSPs) used in an embedded system?

An ASSP is used as an additional processing unit for running the application specific tasks in place of processing using embedded software. (EC6703 Embedded and Real Time Systems Important questions)

Subject Name Embedded and Real Time Systems
Subject code EC6703
Regulation 2013

EC6703 Embedded and Real Time Systems Important questions click here to download

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