V.S.B. ENGINEERING COLLEGE, KARUR …...Faculty Name: Mr.P.Suresh Kannan Sl.No. Register No....
Transcript of V.S.B. ENGINEERING COLLEGE, KARUR …...Faculty Name: Mr.P.Suresh Kannan Sl.No. Register No....
V.S.B. ENGINEERING COLLEGE, KARUR
DEPARTMENT OF CIVIL ENGINEERING
ASSIGNMENT QUESTIONS
GE 8292 – ENGINEERING MECHANICS
Year/Semester & Branch: I Year / II SEM B.E Civil Engineering
Faculty Name: Mr.P.Suresh Kannan
Sl.No. Register No. Students name Question
1 922519103001 Abitha V Explain about the types of supports and their
reactions
2 922519103002 Ajithaa V What are the different components of building and
explain each of them with neat sketches.
3 922519103003 Arunkumar A Explain about the three laws of mechanics with
practical applications.
4 922519103004 Arun Raj E What are the everyday life applications of
Kinematics?
5 922519103006 Girinath S List out the steps to be followed to draw the free
body diagram of a rigid body.
6 922519103007 Hariharan B Write short notes on equilibrium of particle in 3D.
7 922519103008 Karthikeyan P Explain the different types of loads with neat
sketch.
8 922519103009 Kungumaraj S Compare and Contrast Ladder friction and Wedge
friction.
9 922519103010 Manoj A Classify the types of friction.
10 922519103011 Mohesh Anand S Discuss about the Polar moment of Inertia and state
its significant
11 922519103012 Naresh Kumar R
Two control rods are attached at A to lever AB.
Using trigonometry and knowing that the force in
the left-hand rod is F1 = 30 N, determine (a) the
required force F2 in the right-hand rod if the
resultant R of the forces exerted by the rods on the
lever is to be vertical, (b) the corresponding
magnitude of R.
12 922519103013 Naveen P
A system of four forces acting on a body is shown
in fig below. Determine the resultant force and its
direction.
13 922519103014 Niranjan S
A horizontal line PQRS is 12m long where
PQ=QR=RS=4m.Forces of 1000,1500, 500 N act at
P,Q,R and S respectively and action of these forces
make angles of 90˚, 60˚, 45˚ and 30˚ respectively
with PS. Find the magnitude, direction and position
of the resultant force.
14 922519103015 Nithisrajan R
Determine the reactions of the beam shown in fig.
15 922519103016 Palanikumar C
Calculate the reaction at the supports of the truss
shown in fig.
16 922519103017 Pradeesh S
Calculate the support reactions for the beam shown
below.
17 922519103018 Prasanth M
Two cables which have known tensions are
attached to the top of the tower AB. A third cable
AC is used as a wire as shown in fig. Determine the
tension in AC if the resultant of the forces exerted
at A by the three cables acts vertically downwards.
18 922519103019 Priyatharsan K
A beam AB is simply supported and carries loads
as shown in fig. Calculate the reaction at A and B.
19 922519103021 Rahul
Gandhi M E
Determine the magnitude and line of action of the
resultant of forces shown in fig.
20 922519103023 Sanjeevi M
Two rollers each of weight 50n and of radious
10cm rest in a horizontal channal of width 35cm as
shown in fig. Find the reaction on the point of
contacts a, b, and c.
21 922519103024 Sasikumar P
A bend up beam ABC is shown in fig. It is hinged
at A and supported on rollers at C. If there is an
uniform wind pressure of 2kN/m on the vertical
side AB, and a central point load of 16KN at
middle of BC. Calculate the reactions offered by
the support.
22 922519103025 Sasi Rega M
A truss of 8m span is loaded as shown in fig. find
the support reaction the magnitude of P and the
tension in each cable.
23 922519103026 Sathish T
Boom AB is held in the position shown by three
cables. Knowing that the tensions in cables AC and
AD are 900N and 1200 N, respectively, determine
(a) the tension in cable AE if the resultant of the
tensions exerted at point A of the boom must be
directed along AB, (b) the corresponding
magnitude of the resultant.
24 922519103027 Madurai Sivaneshan S
Two cables are tied together at C and are loaded as
shown. Determine the tension (a) in cable AC, (b)
in cable BC.
25 922519103028 Sri Mohan
Gandhi C Motion of a rigid body
26 922519103029 Tamizh Eniyan P Displacement in combined bodies
27 922519103030 Tamilmani T Location of points in mechanism
28 922519103031 Unnamalai K Changes of position: displacement curves
29 922519103032 Vanchi Kaviya S Explain about degrees of freedom
30 922519103033 Vasudevan R What is continuous motion and explain in detail?
TECHNICAL ENGLISH
Year/Semester & Branch: I Year / II SEM B.E Civil Engineering
Faculty Name: Dr.T.Sadasivam
Sl.No. Register No. Students name Question
1 922519103001 Abitha V Write a set of eight Instructions to improve fluency in English.
2 922519103002 Ajithaa V Write a set of eight Instructions to keep your vehicle in good condition.
3 922519103003 Arunkumar A Write a set of eight Instructions for your friend who is planning to stay in his college hostel.
4 922519103004 Arun Raj E Write a set of eight Instructions that are to be followed by students in college library.
5 922519103006 Girinath S Write a set of eight Instructions to be followed to maintain laptops in good condition.
6 922519103007 Hariharan B Write a set of eight Instructions that could be followed by students to the examination hall.
7 922519103008 Karthikeyan P Write a set of eight Instructions for operating the ticket vending machine at a railway station.
8 922519103009 Kungumaraj S Write a set of eight Instructions for using your cell phone safely.
9 922519103010 Manoj A Write a set of eight Instructions for safety while using weldi g equipment.
10 922519103011 Mohesh Anand S Write a set of eight Instructions that could be followed to reduce pollution.
11 922519103012 Naresh Kumar R Write a set of eight Instructions that must be followed as safety measures in a chlorine plant.
12 922519103013 Naveen P Write a set of eight Instructions that must be followed in a chemical engineering lab.
13 922519103014 Niranjan S
As the Maintenance Engineer of Software
Company, give a set of eight instructions that
are to be followed by the lab assistants while
handling sophisticated equipment.
14 922519103015 Nithisrajan R
Write a job application letter to the following
advertisement published in the “The Hindu”
for the post of Deputy Manager, Design and
Development, with resume to the personnel
Manager, Lucas-TVS, Hosur,
India.
15 922519103016 Palanikumar C
Write a letter to the HRD Manager of Karur
Vysya Bank, Anna Salai, Chennai-600 017,
applying for the post of System Manager.
Add a separate resume to your covering
letter.
16 922519103017 Pradeesh S Write a set of eight Instructions advising your younger
sister on how to prepare for her Board exams.
17 922519103018 Prasanth M Write a set of eight recommendations for safety measures in a chlorine plant.
18 922519103019 Priyatharsan K Write a set of eight Instructions to save petrol.
19 922519103021 Rahul
Gandhi M E
Write a set of eight recommendations to keep your country peaceful from war.
20 922519103023 Sanjeevi M Write a set of eight recommendations that should be followed to preserve our water resources.
21 922519103024 Sasikumar P Write a set of eight recommendations for
the proper maintenance of two-wheelers.
22 922519103025 Sasi Rega M Write a set of eight recommendations to keep the city free of air pollution.
23 922519103026 Sathish T Write a set of eight recommendations for safety measures in nuclear power plants.
24 922519103027 Madurai Sivaneshan S
Write a set of eight recommendations to a
group of students from Europe who have come
to spend their one month’s vacation in India.
25 922519103028 Sri Mohan
Gandhi C
Write a set of eight recommendations for water storage in your home.
26 922519103029 Tamizh Eniyan P Write a set of eight recommendations for traffic congestion in your area.
27 922519103030 Tamilmani T Write a set of eight recommendations for global warming.
28 922519103031 Unnamalai K Write a set of eight recommendations to control air pollution.
29 922519103032 Vanchi Kaviya S Write a set of eight recommendations to control noise pollution.
30 922519103033 Vasudevan R Write a set of eight recommendations to stop malpractice
in Examinations.
V.S.B. ENGINEERING COLLEGE, KARUR
Department of Civil Engineering
Academic Year: 2019-2020 (Even Semester)
BE8251- BEEE : Assignment Questions
Name of the Faculty : T. Kamalam Class: I
Year / II Semester CIVIL
S.No. Register Number Name of the student Assignment Question
1.
922519103001
ABITHA V
Determine the equivalent resistance between terminals A and B of figure shown below. Find (i) Current in 15Ω resistor, (ii) Voltage across 18Ω resistor, (iii) Power dissipated in 7Ω resistor in the circuit shown below.
2.
922519103002
AJITHAA V
If Req=50Ω in the circuit shown in figure, find the value of R.
3.
922519103003 ARUNKUMAR A
Two resistors R1=40Ω and R2=25Ω are connected in parallel across 20V DC supply. Find the total power dissipated in the circuit.
4. 922519103004
ARUNRAJ E Derive expressions for star connected arms in terms of delta connected arms and delta connected arms in terms of star connected arms.
5. 922519103006 GIRINATH S
Explain the working principle of megger.
6. 922519103007
HARIHARAN B Explain the fundamental of electric potential and
potential difference.
7.
922519103008
KARTHIKEYAN
P
Calculate the total power supplied by the battery in the network shown in figure.
8.
922519103009
KUNGUMARAJ
S
Determine the total current taken from the source.
9. 922519103010
MANOJ A Discuss how to reduce various losses in
transformer.
10. 922519103011
MOHESH ANAND
S
Make clear the working of non linear machines
with neat diagram.
11.
922519103012 NARESH KUMAR R
Explain the construction and principle of
working of a universal motor and mention its
applications.
12.
922519103013 NAVEEN P
Explain the principle of operation and
constructional details of linear synchronous
motor.
13. 922519103014
NIRANJAN S Differentiate Bipolar Junction Transistor and
Field Effect Transistor/
14. 922519103015
NITHISRAJAN R Compare the Transistor configurations in
Elaborate manner.
15. 922519103016 PALANIKUMAR C
Explain the working of transistor as switch.
16.
922519103017 PRADEESH S
Compare Avalanche breakdown and Zener
breakdown. State the difference of PN diode and
Zener diode.
17. 922519103018 PRASANTH M
Explain the function of JK-MS Flipflop.
18. 922519103019
PRIYATHARASAN
K
Explain the function of Clocked SR Flipflop.
19.
922519103021
RAGHU GANDHI M
E
In the circuit of figure find using “Kirchhoff’s Laws” the currents in the various elements. Find also the power delivered by the battery.
20. 922519103023 SANJEEVI M
Elaborate the function of Shift Register.
21. 922519103024
SASIKUMAR P Differentiate the function of Binary up counter
and Binary down counter,
22. 922519103025 SASI REGA M
Explain the function of Mod-10 Counter.
23.
922519103026
SATHISH T
In the circuit of figure, it is given that the current in the branch OA is zero. Find the value of R and the current in it.
24.
922519103027
MADURAI
SIVANESAN S
In the wheatstone bridge circuit of figure, G is a galvanometer of resistance 10Ω. Find the current through it.
25.
922519103028
SRI MOHAN
GANDHI C
In the circuit of figure six resistors are connected to form and a Y. Find the effective resistance between (a) A and B (b) A and N.
26. 922519103029
TAMIZH ENIYAN P Determine the current through 800Ω resistor in the network shown in figure using mesh analysis.
27. 922519103030
TAMILMANI T
Using nodal analysis, determine the current in the 20Ω resistor.
28. 922519103031 UNNAMALAI K Explain the function of Amplitude Shift Keying.
V.S.B. ENGINEERING COLLEGE, KARUR
Department of Civil Engineering
Academic Year: 2019-2020 (EVEN Semester)
Assignment Questions
Class / Semester: I year / II Semester B.E. - Civil Engineering
Name of Subject: Physics for Civil Engineering
Name of Faculty member: Mr. P. Murali Krishna.
Sl. No. Regd Nums Name of the student Questions
1. 922519103001 ABITHA V Describe in detail about Air &
Structure Borne Sound Propagation.
2. 922519103002 AJITHAA V Describe in detail about Structure
Borne Sound Propagation
3. 922519103003 ARUNKUMAR A
Discuss about measurement of noise,
Reduction of noise by Town Planning
and Regional Planning consideration.
4. 922519103004 ARUN RAJ E Explain about daylight harnessing
systems.
5. 922519103006 GIRINATH S Explain about Environmental
Acoustics types.
6. 922519103007 HARIHARAN B Explain different types of earthquake
hazards.
7. 922519103008 KARTHIKEYAN P Explain different types of hazards.
8. 922519103009 KUNGUMARAJ S Explain in detail about seismology.
9. 922519103010 MANOJ A Explain the indices for measuring the
daylights.
10. 922519103011 MOHESH ANAND S Explain the indices for measuring the
thermal performance.
11. 922519103012 NARESH KUMAR R Explain the types of day lighting.
12. 922519103013 NAVEEN P Explain the uses of shape memory
alloys in the construction.
13. 922519103014 NIRANJAN S Explain the uses of steel in the
construction.
14. 922519103015 NITHISRAJAN R Give a brief discussion on seismology.
15. 922519103016 PALANIKUMAR C What are Acoustic absorbers and write
its types and functions?
16. 922519103017 PRADEESH S What are different engineering
materials and their uses ?
17. 922519103018 PRASANTH M What is noise pollution and state its
effects?
18. 922519103019 PRIYATHARSAN K Write about photometry and glares?
19. 922519103021 RAHUL GANDHI M E Write about sound transmission class?
20. 922519103023 SANJEEVI M Write about the uses of crystals in
29. 922519103032 VANCHI KAVIYA
S
Discuss about the function of D2H.
30. 922519103033 VASUDEVAN R Explain the different types of Fiber optic cable
in elaborate manner.
construction?
21. 922519103024 SASIKUMAR P Write about the uses of polymers in
construction?
22. 922519103025 SASI REGA M Write note on different acoustic
materials?
23. 922519103026 SATHISH T Write the Design Principles of
Auditorium?
24. 922519103027 MADURAI SIVANESHAN S Write the Design Principles of Motion
picture hall?
25. 922519103028 SRI MOHAN GANDHI C Write about the uses of crystals in
construction?
26. 922519103029 TAMIZH ENIYAN P Explain about daylight harnessing
systems.
27. 922519103030 TAMILMANI T Describe in detail about Air &
Structure Borne Sound Propagation
28. 922519103031 UNNAMALAI K Explain the types of day lighting.
29. 922519103032 VANCHI KAVIYA S What is noise pollution and state its
effects?
30. 922519103033 VASUDEVAN R Explain the uses of shape memory
alloys in the construction.
V.S.B. ENGINEERING COLLEGE, KARUR
Department of Civil Engineering
Academic Year: 2019-2020 (EVEN Semester)
Assignment Questions
Class / Semester: I year / II Semester B.E. - Civil Engineering
Name of Subject: Environmental Science and Engineering
Name of Faculty member: Dr.S.Anand Kumar Varma
Sl. No. Regd Nums Name of the student Questions
1. 922519103001 ABITHA V Effects of Gaja cyclone inTamilnadu
2. 922519103002 AJITHAA V Compare tropical rain forest and
temperate rainforest
3. 922519103003 ARUNKUMAR A Compare any twoecosystems.
4. 922519103004 ARUN RAJ E Case study of keystonespecies
5. 922519103006 GIRINATH S Case studies on Human-
wildlifeconflicts
6. 922519103007 HARIHARAN B Write a case study on Taj
trapeziumcase
7. 922519103008 KARTHIKEYAN P Fukushima nuclear accident. A
casestudy
8. 922519103009 KUNGUMARAJ S Case study of groundwater pollution
inIndia
9. 922519103010 MANOJ A
Pollution problem in dyeing
industries in Karur District
–A casestudy.
10. 922519103011 MOHESH ANAND S Pollution on Indian Ocean. A review
11. 922519103012 NARESH KUMAR R Case study of Sterlite Industrial
problem inTuticorin.
12. 922519103013 NAVEEN P Any two case study on soil pollution
13. 922519103014 NIRANJAN S Discuss oxygen cycle withdiagram
14. 922519103015 NITHISRAJAN R Any two case studies on
marinepollution
15. 922519103016 PALANIKUMAR C Discuss methods used for
sterilizingwater
16. 922519103017 PRADEESH S Explain application of
greenChemistry
17. 922519103018 PRASANTH M A study on Thermal pollution by
nuclear powerplant
18. 922519103019 PRIYATHARSAN K
Case study on renewable
energy resources-A
Worldscenario.
19. 922519103021 RAHUL GANDHI M E Explain nitrogen cycle withdiagram
20. 922519103023 SANJEEVI M Case17
study on globalwarming
21. 922519103024 SASIKUMAR P
War over water-
Conflicts of water in
India-A casestudy
22. 922519103025 SASI REGA M Land for Land-Tribal’sproblem
23. 922519103026 SATHISH T
Explain the impacts of
modern agriculture with
casestudy
24. 922519103027 MADURAI SIVANESHAN S Case study of energy
conversionprocess.
25. 922519103028 SRI MOHAN GANDHI C
A review on alternate energy
resources utilization in
TamilnaduState
26. 922519103029 TAMIZH ENIYAN P
Case study on renewable
energy resources-A
Worldscenario
27. 922519103030 TAMILMANI T Discuss phosphorous cycle with
diagram
28. 922519103031 UNNAMALAI K Case study on landdegradation
29. 922519103032 VANCHI KAVIYA S Case study on Methane gas in
deltaareas
30. 922519103033 VASUDEVAN R
Resettlement and
rehabilitation of Tribal
people- Astudy
V.S.B. ENGINEERING COLLEGE, KARUR
Department of Civil Engineering
Academic Year: 2019-2020 (EVEN Semester)
Assignment Questions
Class: I Year / II Semester CIVIL
Subject Code/ Subject Name: MA8251 / Engineering Mathematics - II
Name of the faculty: Dr. M. Thangaraj
Sl.
No. Reg. No. Questions
1. 92251910
3001 Find the Eigenvalues and Eigenvectors of
𝟐 −𝟐 𝟑𝟏 𝟏 𝟏𝟏 𝟑 −𝟏
.
2. 92251910
3002 Find the Eigenvalues and Eigenvectors of
−𝟗 𝟐 𝟔𝟓 𝟎 −𝟑
−𝟏𝟔 𝟒 𝟏𝟏 .
3. 92251910
3003 Find the Eigenvalues and Eigenvectors of
𝟏𝟏 −𝟒 −𝟕𝟕 −𝟐 −𝟓𝟏𝟎 −𝟒 −𝟔
.
4. 92251910
3004 Find the Eigenvalues and Eigenvectors of
𝟐 𝟐 −𝟕𝟐 𝟏 𝟐𝟎 𝟏 −𝟑
.
5. 92251910
3006 Find the Eigenvalues and Eigenvectors of
𝟐 𝟐 𝟏𝟏 𝟑 𝟏𝟏 𝟐 𝟐
.
6. 92251910
3007 Find the Eigenvalues and Eigenvectors of
𝟐 −𝟐 𝟐𝟏 𝟏 𝟏𝟏 𝟑 −𝟏
.
7. 92251910
3008 Find the Eigenvalues and Eigenvectors of
𝟐 𝟎 𝟏𝟎 𝟐 𝟎𝟏 𝟎 𝟐
.
8. 92251910
3009 Find the Eigenvalues and Eigenvectors of
𝟏 𝟏 𝟑𝟏 𝟓 𝟏𝟑 𝟏 𝟏
.
9. 92251910
3010 Find the Eigenvalues and Eigenvectors of
𝟐 𝟎 𝟏𝟎 𝟑 𝟎𝟏 𝟎 𝟐
.
10. 92251910
3011 Find the Eigenvalues and Eigenvectors of
𝟔 −𝟐 𝟐−𝟐 𝟑 −𝟏𝟐 −𝟏 𝟑
.
11. 92251910
3012 Find the Eigenvalues and Eigenvectors of
𝟑 −𝟏 𝟏−𝟏 𝟓 −𝟏𝟏 −𝟏 𝟑
.
12. 92251910
3013
Verify Cayley – Hamilton Theorem and find its inverse of the following
matrix 𝟒 𝟑 𝟏𝟐 𝟏 −𝟐𝟏 𝟐 𝟏
.
13. 92251910
3014
Verify Cayley – Hamilton Theorem and find its inverse of the following
matrix 𝟏 𝟑 𝟕𝟒 𝟐 𝟑𝟏 𝟐 𝟏
.
14. 92251910
3015
Verify Cayley – Hamilton Theorem and find its inverse of the following
matrix 𝟑 𝟏 𝟏−𝟏 𝟓 −𝟏𝟏 −𝟏 𝟑
.
15. 92251910
3016
Verify Cayley – Hamilton Theorem and find its inverse of the following
matrix 𝟕 𝟐 −𝟐−𝟔 −𝟏 𝟐𝟔 𝟐 −𝟏
.
16. 92251910
3017 When 3 3 3 3x y z xyz , find , . and at
1,2,3.
17. 92251910
3018
Find .F
and F
of the vector point function
3 2 42 2F xz i x yz j yz k
at 1, 1,1
.
18. 92251910
3019 Show that the vector
2 2 22 2 2F xy z i x yz j y zx k
is
irrotational and find its scalar potential.
19. 92251910
3021 Show that the vector
2 2 2 33 2 1 4 3 3 2F x y i xy y z j y k
is
irrotational and find its scalar potential.
20. 92251910
3023 Show that the vector
2 2 22 2 2 2F y xy i xy z j x z y z k
is
irrotational and find its scalar potential.
21. 92251910
3024 Show that
2 2 3 2 3 2 3 2 2F y z yz x i xz xy j xy xz z k
is
both solenoidal and irrotational.
22. 92251910
3025 Evaluate
.S
f n dS
, where
2 2 2f x y i x j yz k
and S is the surface
of the plane 2 2 6x y z in the first octant.
23. 92251910
3026
Evaluate
.V
F dV
, where
22 3 2 4F x z i y j xz k
and V is
bounded by the planes 0, 0, 0x y z and
2 2 4x y z .
24. 92251910
3027
Verify Green’s theorem in the plane for
2 3 2 2C
x xy dx y xy dy
,
where C is the square with vertices
(0,0),(2,0),(2,2) and (0,2).
25. 92251910
3028
Evaluate by Green’s theorem in the plane
2 cosh sinC
x y dx y x dy
, where C is the rectangle with
Vertices 0,0 , ,0 , ,1
and (0,1).
26. 92251910
3029 Verify the divergence theorem for the function
2A x i z j yz k
over
the cube 1, 1, 1x y z .
27. 92251910
3030
Verify the divergence theorem for the function 24F xz i y j yz k
over the cube
0,x 1, y 0, 1, 0, 1x y z z .
28. 92251910
3031
Verify the divergence theorem for the function
2 22F x z i x y j xz k
over the cube
0,x 1, y 0, 1, 0, 1x y z z .
29. 92251910
3032
Verify the divergence theorem for the function 2 2 2F xy i yz j zx k
over the cube
0,x 1, y 0, 2, 0, 3x y z z .
30. 92251910
3033
Verify Stoke’s theorem 2 22 ,A x y i yz j y z k
where S is the upper
half of the sphere 2 2 2 1x y z and
C is its boundary in the xy plane