assignment question for odd...

INSTITUTE OF SCIENCE & TECHNOLOGY ASSIGNMENT QUESTION FOR ODD SEMESTER-2018

DIPLOMA-1ST SEM – (CST+ETCE+EE+ME+CE)

PAPER NAME: - COMMUNICATION SKILLS – I

PAPER CODE: - CS -I, 1. Develop a paragraph describing how tea is processed by using the following topics.

Tender leaves collected from the garden – taken to factory – cleaned and sorted – cut into

pieces – kept in a dark and hot room for scent and colour – again sorted with sieve – packed

– sent to market.

2. There has been significant decline in the business of the urban branches of a nationalised bank. A

committee of five Regional Managers has been appointed to look into the causes. Write a report

recommending computerisations of the branches and customer relations training for the staff.

3. Assume that you are the President of your hostel. You have been facing and receiving several

problems regarding various issues in your hostel. The issues are as follows: a) Tasteless and

unhygienic food b) Filthy washrooms c) Night time security within the premises.

4. Write a paragraph stating your views on : Environmental pollution

5. Develop a paragraph from the information given below :

Problem: Population explosion in India

Causes: Sharp fall in death rate due to improved medical and health care

facilities. No substantial fall in birth rate due to illiteracy, practice of early marriage, religious

and social attitudes.

Effects: Poverty. Unemployment, poor standard of living.

6. Write a process description for publishing of newspaper.

STAGE –I -- Sub editors for – rewording etc.

STAGE –II – Chief-sub-editor – thoroughly revise – if required.

STAGE –III – Pre-press department – making...... doing......

STAGE –IV – Machine department → .........→ .......→......

7. What is communication? What are functions of communication?

8. Write some principles of communication.

9. What is listening? Mention some ways to improve your listening skills.

10. What is note taking? What are the importances of note-taking? How to take a good note?

PAPER NAME : - BASIC PHYSICS

PAPER CODE : PHY 1. Find out the dimension of momentum and universal gravitational constant. 2. A capillary tube of radius 0.2mm is dipped in water of surface tension 0.072 N/m. Find the rise of water

in the tube. Angle of contact=0 & g = 10m/s2.

3. Define the terms stress and strain. Write down their SI units. 4. State the first law of thermodynamics. 5. What do you mean by adhesive force and cohesive force? Define streamline and turbulent motion. 6. Derive the relation between coefficient of linear expansion and the coefficient of volume expansion.

7. State Pascal’s law. Give two application of it.

8. State principle of dimensional homogeneity.

9. Give the relation between specific gravity and density.

10. Define buoyancy.

PAPER NAME : - BASIC CHEMISTRY

PAPER CODE : CHEM 1. Discuss Rutherford’s atomic model.

2. What is quantum number? Describe Azimuthal and magnetic quantum numbers.

3. Write down electronic configuration of chromium(24) and copper(29).

4. Write down the Aufbau principle. Why 4s orbital filled first then 3d orbital?

5. What is H-bond? Write down the different types of H-bonds. First then 3d orbital?

6. explain the neutralization reaction.

7. What is deliquescent and hygroscopic substance? Give one example of each.

8. Define normality, molarity and molality.

9. What is ionic product of water? Prove that PH+POH=14

10. What is the PH of 10-8(N) Hcl solution.

11. Explain the combination of first and second law of electrolysis.

PAPER NAME : MATHEMATICS

PAPER CODE:MTHS

Answer the following questions.

1. If = 𝑎 + 𝑏 , 𝑦 = 𝑎𝜔2 + 𝜔, 𝑧 = 𝑎𝜔 + 𝑏𝜔2 , show that 𝑥3 + 𝑦3 + 𝑧3 = 3(𝑎3 + 𝑏3) , where 𝜔, 𝜔2 are the cube roots of unity.

2. Prove that if the roots of the equation (𝑎2 + 𝑏2)𝑥2 − 2(𝑎𝑐 + 𝑏𝑑)𝑥 + (𝑐2 + 𝑑2) = 0 are equal then ad=bc. 3. If cos−1 𝑥 + cos−1 𝑦 + cos−1 𝑧 = 𝜋 show that 𝑥2 + 𝑦2 + 𝑧2 + 2𝑥𝑦𝑧 = 1.

4. Find the vertex, axis, focus, length of latus -rectum, equation of directory, coordinates end points of the latus-

rectum and tangent at the vertex of the parabola 𝑥2 + 2𝑦 − 8𝑥 + 26 = 0.

5. If 𝑥𝑝𝑦𝑞 = (𝑥 + 𝑦)𝑝+𝑞 , then find 𝑑2𝑦

𝑑𝑥2 .

6. If A and B are positive acute angle and cos2A = 3𝑐𝑜𝑠2𝐵−1

3−𝑐𝑜𝑠2𝐵 ,show that tanA = √2 tanB .

7. A particle acted on by constant forces 2�̂� + 𝑗̂ − 2�̂� , �̂� − 2𝑗̂ + 3𝑘 ̂, and 3�̂� + 𝑗̂ + 5�̂� is displaced from the point (2, 3, 4) to the point (5, 6, 2). Find the work done by the forces.

PAPER NAME: ENGINEERING MECHANICS

PAPER CODE: EM 1. Define velocity ratio,mechanical advantage & efficiency of a simple lifting machine.

2. Find the resultant of both magnitude & direction of two coplanar concurrent forces P & Q acting at an angle of α .

3. A) State Varignon’s theorem.

B) Determine the horizontal force P to be applied to a block of weight 450N to hold it in position on a smooth

inclined plane which makes an angle 300 with horizontal.

4. An oil drum of 50cm dia & 2m long is to be rolled across a footstep of 10cm high. Find the minimum push

required at the top of the drum. Take density of oil as 1.5kg/lit.Neglect weight of the drum.

5. A uniform rod of 8m length has self weight of 6 kN. The rod carried a weight of 25kN hung from one of its end.

From what point each the rod to be suspended so that the rod remain horizontal.

6.

A body resting on a rough horizontal plane, required a pull of 120N inclined at 300to the plane just to

move it.It was found that a push of 160 N inclined at 300 to the plane just to move it. Determine the

weight of the body & the co-efficient of friction.

7. State the law of relating to static friction. An uniform ladder of 5m long rests on a horizontal ground floor & lean

against a smooth vertical wall at angle of 600with the horizontal. The weight of the ladder is 300N acts at the

middle.The ladder is at the point of sliding,when a man weighing 150N stands on a rung of 2 m from the bottom

of the ladder. Calculate the co-efficient of friction between the ladder & the floor.

8. Define moment, couple, transmissibility of a force & centroid of a plane area.

9. An T-section has the following dimensions are in cm units:

Top flange = 15x5

Web = 30x5

Determine the position of centroid of the given section.

10. In differential pulley block, A load of 800 N is raised by an effort of 100N. The no of teeth on the larger and

smaller block are 18 & 16 respectively. Find the velocity ratio, mechanical advantage and efficiency of machine.

11. In a simple machine, whose velocity ratio is 40, a load of 1500N is lifted by an effort of 100N & a load of 2500N

is lifted by an effort of 160N. Find the law of the machine. Also calculate the load that can be lifted by an effort of

200N.

12. A uniform plank of length 2a & weight W is supported horizontally on two vertical props at a distance b apart.

The greatest weight that can be placed at the two ends without upsetting the plank are W1& W2 respectively.

Show that W1/(W1+W)+W2/(W2+W) = b/a

===============================================================================

DIPLOMA-3RD SEM

(CST)

PAPER NAME : DISCREATE MATHEMATICS

PAPER CODE: DMTHS Answer the following questions:

1. Suppose R is any equivalence relation on A. Show that 𝑅−1 is also equivalence.

2) Prove the following using mathematical induction.

𝑃(𝑛): 1 + 𝑎 + 𝑎2 + ⋯ + 𝑎2 =1 − 𝑎𝑛+1

1 − 𝑎 , 𝑛 ≥ 1

3. Obtain DNF of the following {𝑝Ʌ~(𝑞Ʌ𝑟)}˅(𝑝 → 𝑞) 4. What is weighted graph? Write Dijkstra’s shortest path algorithm.

5. Find the eigen values and eigen vectors of the matrix [−2 1 1−6 1 3

−12 −2 8]

6. Consider the lattice L={1, 2, 3, 4, 6, 12} ordered by divisibility. Find the upper and lower bound of L. Is L a complemented?

7. Suppose that 100 of 120 mathematics students at a college take at least one of the language French, German, and Russian. Also suppose----

65 study French 20 study French & German

45 study German 25 study French & Russian

42 study Russian 75 study German & Russian

i) Find the number of students who study all three languages. ii) Determine the number k of students who study a. exactly one language, b. exactly two languages.

PAPER NAME: C PROGRAMMING

PAPER CODE: CP 1. Write a C program to check any character is vowel or consonant.

2. Write a C program to print the greater number among three numbers.

3. Write a C program to check 153 is Armstrong number or not.

4. Write a C program to print the reverse number of any number. (e.g. reverse no. of 123 = 321).

5. Write a C program to print the pattern bellow

*

* * *

* * * * *

* * * * * * *

6. Write a C program to add two-dimensional matrix.

7. Write a C program to multiply two-dimensional matrix.

8. Write a C program to check any number is palindrome or not.

9. Write a C program to sort array in ascending order.

10. Write a C program to print the Fibonacci series.

PAPER NAME: COMPUTER ARCHITECTURE

PAPER CODE: COAR

1) Compare sRAM and dRAM. 2) Explain control hazard and explain the solution of the control hazard. 3) Describe the difference between hardware and micro program control unit 4) differentiate between paging and framing? 5) Explain write-back policy and write-through policy. 6) Define vector pipeline and scalar pipeline. 7) What do you mean by pipeline hazards? 8) Differences between sequential and parallel computer. 9) Explain associative mapping. 10) Explain the architectural operations of MIMD computers

PAPER NAME: - DATA STRUCTURE

PAPER CODE: - DSC 1. Insert the following keys into a AVL tree.

64, 1, 44, 26,13,110,89,85,20

Then delete the following keys. 85, 1

2. Explain DFS with suitable example

3. Define the following: Connected graph, Tree, linked list.

4. Write the algorithm for binary search.

5.Convert the following infix to postfix expression

4+3*10/6+7

6. Construct a tree from following

INORDER: D B F E A G C L J H K

POSTORDER: D F E B G L J K H C A

7.Explain the tower of Hanoi problem of recursion of 3 peg and 3 disks

8. Show the stages in growth of a 4 order B-tree when the following keys are inserted in the given

order.

74, 72, 19,84 , 51, 10, 35, 18, 60, 76, 58, 19, 45.

9. What is asymptotic notation? Define different notation associated with complexity.

10. Write the algorithm for Merge Sort.

PAPER NAME: ELECTRONIC AND DEVICES AND CIRCUITS

PAPER CODE: EDC 1. What is P-type & N-type Semiconductor?

2. Write the function of full wave bridge rectifier.

3. What do you mean by – Intrinsic & Extrinsic Semiconductor?

4. What do you mean by Zener Breakdown & Avalanche Breakdown?

5. Draw the V-I characteristic of a Diode & explain.

PAPER NAME: DIGITAL LOGIC DESIGN

PAPER CODE: DLD

1. Realise the logic expression, y = (𝐴 + 𝐶)(𝐴 + �̅�)(B+C) using gates.

2. Describe with Two Inputs Truth Table & Standard Symbol of Three Basic Gates (AND, OR, NOT) &

Two Universal Gates

3. State De-Morgan’s theorem. Prove that (A+B) (A+C) = (A+BC).

4. Explain FULL ADDER circuit.

5. Define subtraction using 1’s compliment method.

6. Short Notes on – EPROM,ROM,RAM, PROM, EEPROM

DIPLOMA-3RD SEM

(EE)

PAPER NAME: ELECTRIC CIRCUIT THEORY

PAPER CODE:ECN

(1) State and prove maximum power transfer theorem for dc network.

(2) What do you mean by transient response and steady State response? Consider a series R-L circuit connected with

a dc voltage source. The inductor in the circuit is initially uncharged. Find an expression for the current in the

circuit. Also find the value of the time constant.

(3) State and explain Norton theorem.

(4) Draw comparison between electrical and magnetic circuit.

(5) A Wheatstone bridge consists of AB=4Ω, BC=3Ω, CD=6Ω and DA=5Ω. A 2.4v battery is connected between

point B and D. A galvanometer of 8Ω resistance is connected between A and C. Using Thevenin´s theorem finds

the current through galvanometer.

(6) Define resistance, reactance and impedance.

(7) A 10 µf capacitor in series with 1MΩ resister is connected across 100v dc supply determine

(a) The time constant of the circuit

(b) Initial value of charging current.

(c) The capacitor voltage after a time equal to the time constant

(d) The circuit current at this time

(e) The time taken for the capacitor voltage to reach 50v.

(8) Discuss about Node Analysis & Mesh Analysis.

(9) State and explain superposition theorem.

(10) State and explain KVL& KCL.

PAPER NAME: PROGRAMMING CONCEPT USING C

PAPER CODE: PCC

1. Enlist the features of C. Explain different data types used in C language?

2. Explain type identifiers in C? Explain in brief structure of C programming?

3. What is operator enlisting all operators used in C? What is data type explain the any four data types used in

C language?

4. Explain the difference between ‘=’ and ‘==’ operator explain with example? Write a short note precedence &

order of evaluation?

5. Differentiate between relational and logical operators used in C?

6. What is variable? What are the rules for defining variables? Differentiate between local variable and global

variable?

7. Explain symbolic constants used in C? Explain any two bitwise operators with suitable example.

8. Explain with example ++i and i++. Explain logical operators and expressions used in C?

9. Write a C Program to print all numbers between 1 to n divisible by 7.

10. Write a C language program to print all Armstrong numbers between 1to 500.

(e.g. 153=13+53+33=153)

PAPER NAME: BASIC ELECTRONICS.

PAPER CODE: BE 1. Write short note on-zener diode.

2. Define a) PIV b)breakdown voltage c)cut off voltage

3. A BJT is a current controlled device while a FET is a voltage controlled device-explain.

4. Discuss the frequency response of Single stage CE amplifier, Bandwidth and its

significance.

5. Find out the dc voltage of half wave rectifier.

PAPER NAME - ELECTRICAL MEASURING INSTRUMENTS

PAPER CODE : EMI (1) Explain with ‘Deflection vs. Time’ characteristic, how the degree of damping affects the deflection of

pointer of an indicating instrument.

(2) (a) What are the principal considerations for the choice of spring materials as used in instruments? Name

some of the common spring materials.

(b)Describe, with net-sketch, the control spring assembly of a moving coil instrument explain the

principle of operation.

(3) Describe with a neat circuit diagram and a phasor diagram, the principle of measurement of self-

inductance by Maxwell’s Inductance Bridge.

(4) (a) What is creeping in an energy meter? How it is minimized?

(b) What is phantom loading?

(5) Describe the method of measuring power of 3-phase balanced star connected load using two watt

meters.

(6) Describe, with a net-sketch, the construction of a single phase induction type energy meter and explain

its working principle.

(7) Explain the working principle with block diagram of digital multimeter.

(8) Explain the principle of operation of current transformer and potential transformer.

PAPER NAME : ELECTRICAL MACHINE-1

PAPER CODE:EM-1 1. What is the principle of operation of transformer?

2. Explain the autotransformer. What is the advantage and disadvantage on autotransformer? Application

of autotransformer.

3. Describe all day efficiency.

4. Why transformer rating in kVA?

5. Describe the open circuit test and short circuit test on transformer.

6. What is the voltage regulation on transformer?

7. What is the back emf? Explain the types of dc motor?

8. What is the speed regulation of a dc motor? Explain the armature reaction in dc motor.

9. Explain the commutation in dc motor.

SUB: ELEMENTS OF MECHANICAL ENGINEERING

PAPER CODE:(EME) I. Explain the advantage and disadvantages of two stroke over four stroke engine.

II. Explain the working principle of fire tube boiler with neat sketch.

III. Define First law of thermodynamics. Distinguish between vapour compression system and adsorption

vapour system.

IV. Explain with neat sketch working principle of Domestic refrigerator with neat sketch. V. List out the Difference between fire tube and water tube boiler .

VI. What do you mean by heat engine? What are the difference between a refrigerator and heat pump? VII. Write down the advantages of impulse turbine? Also classify the different types of turbine?

VIII. What is scavenging? Describe with a neat sketch the working principle of two stroke diesel engine. IX. Explain the Working principle of 4-stroke Petrol Engine and also writes its application.

Write Difference between S.I and C.I engine and also state its merits and demerits.

X. State the working principle of Domestic refrigerator.

DIPLOMA-3RD SEM

(ME)

PAPER NAME: ADVANCE STRENGTH OF MATERIALS

PAPER CODE: ASOM 1. A closely coiled helical spring is made of 6mm wire.The maximum shear stress & deflection under a 200N load is

not to exceed 80Mpa 7 11mm respectively. Determine the no of coils & their mean diameter. Take C = 84Mpa.

2. A hollow shaft has outside diameter ‘d’ & inside diameter d/2, calculate the value of d if the shaft is to transmit 300kW at 120 r.p.m.with working stress of 42 N/mm2

3. Define the term ‘torque’&’polar modulus’of the shaft.Write the assumptions for finding out the shear stress in a circular shaft, subjected to torsion. Obtain a relation for the torque & power, a solid shaft can

transmit.

4. A rectangular strut 200mm wide & 150mm thick carries a load of 60kN at an eccentricity of 20mm in a plane bisecting the thickness. Find the maximum & minimum stress intensities in the section.

5. At a point in a stressed element, the normal stress in two mutually perpendicular directions are 45Mpa and 25Mpa both tensile. The complementary shear stress in these directions is 15 Mpa. Determine the

maximum and minimum principle stresses.

6. Derive the strain energy stored in a body when the load is sudden applied. 7. Derive the deflection of closely coiled helical spring when its subjected to an axial load. 8. A closely coiled helical spring of round steel wire 6 mm in diameter having 15complete coils of 20 mm

mean diameter is subjected to an axial load of 70N. Find the deflection of the spring and maximum

shearing stress in the material. Modulus of rigidity (C) = 80Gpa.

9. A hollow shaft is to transmit 250 kW at 100 r.p.m. If the shear stress is not to exceed 60 Mpa and internal diameter is 0.8 of the external diameter, find the diameters of the shaft.

10. Write the assumptions for find out the shear stress in a circular shaft, subjected to torsion. 11. A closed- coiled helical spring is required to carry a load of 150N. If the mean coil diameter is to be 8

times that of the wire, calculate the diameters. Take maximum shear stress as 100MPa 12. Show that for a rectangular section, the distribution of shearing stress is parabolic. Also describe the procedure for

drawing the shear stress distribution diagram for circular beam.

13. A rectangular beam 80mm wide & 200mm deep is simply supported over a span of 8m. If the beam is subjected to central point load of 50 KN, find the maximum bending stress induced in the beam section.

14. A steel bar of cross-section 35mmx35mm hangs vertically and has a collar rigidly attached at its lower end. Find the stress induced in the bar, when a weight of 4kg falls from a height of 20cm on the collar.

Also find the strain energy stored in the bar. Take E=200 G pa.

15. State the assumption made in deducing the torsion equation. Also establish torsion equation of solid circular shaft. 16. Calculate the strain energy stored in a bar 3.5m long 40mm wide& 30mm thick when it is subjected to a tensile

load of 50 KN. Take E as 200 Gpa.

PAPER NAME: THERMAL ENGINEERING –I

PAPER CODE- TE-I i. Show that the COP of a Heat Pump is greater than the COP of Refrigerator by unity.

ii. Explain the practical difficulties in constructing a carnot engine.

iii. State Fourier’s law of heat conduction. Define thermal conductivity.

iv. What is thermodynamic system? Write down the types of thermodynamics system with example.

v. In a heat engine, the temperature of the source and sink are 7000 C and 500C respectively. The heat

supplied is 5MJ/min. Find the power developed by the engine.

vi. A furnace wall is made up refractory bricks of 300 mm thick. The inner and outer surfaces of the wall

have temperature of 10000C and 1500C. Find the heat loss per square meter per hour.

vii. Writes a short notes on Bio mass Energy and Solar distillation .

viii. What are primary and secondary sources of energy. State Klevin-Planck and Clausius statements on

second law of thermodynamics

ix. Obtain an expression for general change of entropy of perfect gas in terms of volume and pressure.

x. Writes notes on Mollier diagram . What is importance of this diagram .

xi. What do you mean by thermal conductivity ? what is its unit.

xii. State Fourier’s law of heat conduction . Define thermal conductivity. Define Absorptivity, Reflectivity,

Transmisssivity

xiii. Explain Three Modes of heat transfer

xiv. Prove that the efficiency of heat engine always less than 100%. Also find out the COP of heat pump and

refrigerator.

xv. prove that adiabatic process follow the law PVγ = C

xvi. What is gauge pressure and absolute pressure? How absolute pressure is obtained from gauge pressure.

PAPER NAME : MANUFACTURING PROCESS

PAPER CODE : MP-1 1. Describe drop forging. How does it differ from press forging?

2. What is re-crystallization temperature ?Define re-crystallization. Differentiate between hot rolling and cold rolling

working.

3. Define term core, core prints, chaplet. Draw the sand casting process with write the name of various parts.

4. With neat sketches describe up milling and down milling.

5. Describe various lathe parts

6. State the nomenclature of twist drill. How to specify a lathe. Describe with figure various milling operations

7. How will you obtain neutral, oxidizing and reducing flames using welding torch in gas welding? Compare the merits and demerits of using A.C and D.C for arc welding.

8. Compare TIG welding with MIG welding. Explain submerged arc welding with neat sketch. 9. What do you under stand by thermit welding? What are its main advantages?

10. What are the various properties of moulding sand? 11. Describe why wooden pattern is more preferable then metal pattern?

12. Nomenclature of twist drill.

13. Write a shorts various parts on the lathe.

14. How to specify a lathe.

15. What is casting defect? Describe.

PAPER NAME: FUNDAMENTALS OF ELECTRONICS.

PAPER CODE: FE 1. Define Transconductance and amplification factor of JFET and Deduce their

relationship.

2. Draw the CE configuration and explain the characteristics curve.

3. Discuss and draw the circuit of differentiato,integrator adder circuit.

4. Write the formation of depletion region.

5. Draw the full wave bridge rectifier.

PAPER NAME :ENGINEERING MATERIALS

PAPER CODE:EM 1. Explain with help of diagram, the following treatment process-(i) Full annealing, (ii) Process annealing,

(iii)Normalizing, (iv) Hardening

2. What is re-crystallization? Define re-crystalline temperature. Differentiate between hot and cold working.

3. Define (i) Ductility (ii) Brittleness (iii) Fatigue (iv) Hardness (v) Hardenablity

4. Draw the diagram TTT curve and explain.

5. What is powder metallurgy? Write short notes on the followings (i) Compacting (ii) Sintering (iii) Sizing

(iv)infiltration

6. Write short notes on the following: (i) Full Annealling (ii) Nitriding (iii) Cyaniding (iv) Case Hardenening (v) Flame Hardening

7. What is corrosion? Explain the different mechanism of corrosion. Discuss the method

of preventing corrosion.

9. What is compostion of copper alloy? What is the maximum solubility of carbon in iron?

10. Distinguish between eutechic and eutectoid steels.

11. Explain the term ‘martensite’ transformation. Feature of martensite transformation.

. 12. Distinguish between white and grey cast-iron. Distinguish between high carbon steel and

alloy steel

13. What is duralumin? Give the composition and application.

14. What is Hooke’s Law? Draw and level the stress- strain diagram for mild steel and cast iron

and various point explain.

15. Describe with neat sketch of one common method used for forming plastic sheets.

16. State the thermoplastic & thermosetting plastic.

17. Characteristic and application of ferrous materials and non ferrous material. 18. Classify carbon steel and their uses. 19. What is stainless steel? Classify the difference types of stainless steel with their properties and application.

20. Write the short notes on (a) Free cutting steels and (b) Spring steels.

21. Write short notes on injection moulding and compression moulding.

DIPLOMA-3RD SEM

(CE)

PAPER NAME: SURVEYING

PAPER CODE: SURV 1. The distance between two points measured with a 20m chain, was recorded as 327 m .it was afterward

found that the chain ws 3cm too long, what was the true distance between the points? How is chain

folded and unfolded?

2. What is contour line? Define the terms ‘contour interval’ and ‘horizontal equivalent’ What is closing

error in a traverse? Describe with a sketch how such an error is adjusted.

3. Write short notes on any five of the following

a) Orientation of plan

What is the principle of levelling?

b) Type of offsets

c) Error in chain surveying

d) Error in plane table surveying

e) Contour characteristics

f) Difference between prismatic compass and surveyor’s compass

4. A steel tape was exactly 30 m long at 20oc when supported throughout its length under a pull of 10kg. A line was measured with this tape under a pull of 15 kg and at a mean temperature of 32oc and found to

be 780 m long the cross section area of the tape =0.03m2and its weight =0.693kg.ᾰ=11×10-6per oc and E

for steel 2.1×106 kg/cm2.compute the true length of the line if the tape was supported during the

measurement at every 30m .

5. The following are the bearings observed in traversing with a compass in an area where local attraction was suspected. Calculate the interior angles of the traverse and correct them if necessary.

Line Fore bearing Back bearing

AB 191O45’ 13O

BC 39O30’ 222O30’

CD 22O15’ 200O30’

DE 242O45’ 62O45’

EA 330O15’ 147O45’

6. Write short notes on any four of the following : a) Base line, b) Tie line, c) Check line

7. Describe following processes in plane table survey with relative merits and demerits :Orientation by

magnetic needle and by back sighting.

8. the following consecutive reading were taken with a levelling instrument at interval of a 20m

9. 2.375,1.730,0.615,3.450,2.835,2.070,1.835,0.985,0.435,1.630,2.255 and 3.630 m The instrument was

shifted after the fourth and eight reading. The last reading was taken on BM of RL 110.200m find the

RL of point

10. Write short notes on any four of the following:

a) Levelling staff

b) Compensating and cumulative error in chaining

c) Optical square

d) Fly levelling

e) Isogonic and agonic lines

PAPER NAME: BUILDING MATERIALS & CONSTRUCTION

PAPER CODE: BMC 1. What are bogue’s compounds?

2. State the requirement of a good stair.

3. What is efflorescence? How can it be removed?

4. What do you mean by load bearing wall and partition wall?

5. What is hydration? Factors affecting hydration of cement.

6. List the different types of doors and windows.

7. What is painting? Difference between paint and distemper.

8. What is the method to paint an existing surface?

9. What is hardwood and softwood? Explain with example.

10. Write short notes on veneer and plywood.

PAPER NAME: CONCRETE TECHNOLOGY

PAPER CODE:CT 1. Describe the factors effecting workability of concrete? Explain Fineness modulus of aggregate? 2. What is admixture? Classify admixtures. State its effect on the properties of concrete. 3. The field test of cement. Describe Low heat Portland cement. 4. What are the factors that influence the strength of cement concrete ? Briefly discuss the effects of water

cement ratio and workability on the strength of concrete 5. Name some empirical tests to measure workability and explain their suitability? 6. State the chemical composition of cement with percentages and role of each ingredient 7. What is segregation, bleeding and laitance? 8. What is flakiness index and elongation index? 9. What is quick setting and hydrophobic, coloured cement? 10. State the chemical composition of cement with percentages and role of each ingredient. 11. What is aggregate impact and aggregate crushing value?

PAPER NAME: MECHANICS OF STRUCTURE

PAPER CODE: MOS 1. Find the total strain energy stored in the bar, when it is subjected to a gradual load of 70 KN. Also find

the total strain energy stored in the bar, when the bar is made of uniform cross section of the volume

under the same load. Take E=200Gpa.

2. A rectangular body 400mmx50mmx40mm is subjected to a shear stress of 60 Mpa. Calculate the strain energy stored in the body. Take C= 80Gpa. Define – proof resilience and modulus of resilience.

3. What is frame? Classify frame. Write assumptions taken for forces in the members of a perfect frame. 4. A simply supported beam of 3m span carries two loads of 5KN each at 1m and 2m from the left hand

support. Draw the shear force and bending moment diagrams for the beam.

5. An overhanging beam ABC loaded with 4.5 KN/m with whole beam. Distance between A and B is 3m

and B to C is 1m. Calculate point contra flexure.

6. A beam of square section is used as a beam with one diagonal horizontal. Find the maximum shear stress in the cross section of the beam. Also sketch the shear stress distribution across the depth of the

section.

7. A hollow rectangular masonry pier is 1.2m x 0.8 m wide and 150mm thick. A vertical load of 2 MN is transmitted in the vertical plane bisecting 1.2m side and at an eccentricity of 100mm from the

geometric axis of the section. Calculate the maximum and maximum stress intensities in the section.

8. Derive an expression for deflection of a cantilever beam with a gradually varying load. A simply supported beam of 2m span carries a point load of 20 KN at its mid point. Determine the maximum

slope and deflection of the beam. Take flexural rigidity of the beam as 500x109 N-mm2.

9. A circular column 200mm dia. Carries a vertical load of 30KN at a distance 30 cm from the axis. Find

the maximum and minimum stress intensities at the base.

10. A solid circular shaft of 3 m length and 200mm dia is subjected to a torque of 100 KN-m. Find the

relative rotation between the end cross section of the shaft. Given, C= 1x 105 N /mm2.

PAPER NAME: HYDRAULICS

PAPER CODE: HDL 1. What is Viscosity? Define Newton’s law of viscosity.

2. Define the following term:-

a) Specific gravity b) weight density c) compressibility d) surface tension

3. What is Pascal’s law? Define the terms gravity force and pressure force.

4. What is hydrostatic pressure? Discuss about absolute pressure and gauge pressure.

5. Discuss about fluid pressure measuring devices.

6. The reading of a barometer is found to be 760mm of Hg. What shall be the atmospheric pressure in

N/m2 and terms of water if specific gravity of Hg is 13.6?

7. Write short note on following:-

a) Uniform flow b) Turbulent flow c) Unsteady flow d) Laminar flow.

8. What is orifice meter and pilot tube?

9. What is Hydraulic gradient line and what is Venturimeter?


a) Reynold’s number b) Mach’s number c) Froude’s number d) Euler’s number

DIPLOMA-3RD SEM

(ETCE)

PAPER NAME: NETWORK ANALYSIS

PAPER CODE: NA (1) State the Maximum Power Transform Theorem.

(2) Determine the Laplace Transform of R-L-C series circuit when step response is applied on its input.

(3) A function in Laplace domain is given by

I(s)=(s+1)/s(s2+4s+4)

Obtain its Inverse Laplace Transform.

(4) A capacitor of 5µF being charged initially to 10V is connected to a resistance of 10KΩ in series and is

allowed to discharge through it by switching of a switch K. Find the expression of discharging current when

step response input is applied in it.

(5) Determine the condition of Reciprocity and Symmetry in Z-parameter representation.

(6) Calculate the different parameters in h-parameter representation.

(7) Find the Y-parameters of the following π-circuit and draw the Y-parameter model.

(8) Discuss about Node Analysis & Mesh Analysis.

(9) State the Superposition Theorem.

(10) State the Thevenin Theorem.

PAPER NAME: ANALOG ELECTRONICS-1

PAPER CODE: AE-1 1. Draw circuit of centre-tap full wave rectifier.

2. Draw clipper and clamper circuits.

3. Discuss model of CE transistor amplifier. Calculate voltage gain, current gain, power gain.

4. Discuss the operation of op-amp as a adder and integrator with proper circuit diagram

5. Write short note on

(i) CMOS.

(ii) PMOS.

(iii) Power MOS.

PAPER NAME: DIGITAL ELECTRONICS

PAPER CODE:DE 1. Realise the logic expression y = (𝐴 + 𝐶)(𝐴 + �̅�) (BC+DA) using gates.

2. State De-Morgan’s theorem. Prove that (A+B) (A+C) = (A+BC).

3. Explain FULL ADDER circuit.

4. Explain AND, OR, NAND, NOR, EXOR, XNOR gates.

5. Define subtraction using 2’s compliment method.

PAPER NAME: ELECTRICAL MACHINE

PAPER CODE:EM 1. What is the principle of operation of transformer?

2. Discuss about the O.C and S.C test of the transformer with suitable diagram.

3. Describe all day efficiency.

4. Why transformer rating in kVA?

5. Short note on Voltage ratio, Current ratio and Transformer ratio.

6. What is the voltage regulation on transformer?

7. What is the back emf? Explain the types of dc motor?

8. What is the speed regulation of a dc motor? Explain the armature reaction in dc motor.

9. Explain the commutation in dc motor.

10. Explain the working principle of the dc generator.

PAPER NAME: COMPUTER PROGRAMMING PROGRAMMING

LANGUAGE

PAPER CODE: CPP 1. Enlist the features of C. Explain different data types used in C language?

2. Explain type identifiers in C? Explain in brief structure of C programming?

3. What is operator enlisting all operators used in C? What is data type explain the any four data types used in

C language?

4. Explain the difference between ‘=’ and ‘==’ operator explain with example? Write a short note precedence &

order of evaluation?

5. Differentiate between relational and logical operators used in C?

6. What is variable? What are the rules for defining variables? Differentiate between local variable and global

variable?

7. Explain symbolic constants used in C? Explain any two bitwise operators with suitable example.

8. Explain with example ++i and i++. Explain logical operators and expressions used in C?

9. Write a C Program to print all numbers between 1 to n divisible by 7.

10. Write a C language program to print all Armstrong numbers between 1to 500.

(e.g. 153=13+53+33=153)

===============================================================================

DIPLOMA-5TH SEM

(CST)

PAPER NAME:-SOFTWARE ENGINEERING

PAPER CODE : SE 1.What is 4Ps of software project management? 2. What is McCall’s quality model? Explain the different factor associated with this model? 3.What is the difference between Cohesion and coupling? With proper example explain why a good system requires high cohesion low coupling? 4. What is testing? What is the importance of testing? What are terms related to testing? 5. What is use case diagram? Draw the use case diagram for ATM system. 6. What are the features of good software? What are the Top-down, Bottom-up approach?

7. What is iterative waterfall model? What are the advantages of iterative waterfall model over Classical waterfall model? 8. What is prototype? Explain the model which use prototype. 9.What is DFD? Draw a DFD for Hospital Management System. 10.What is software maintenance? What are the different types of software maintenance?

PAPER NAME : JAVA PROGRAMMING

PAPER CODE: JP

1. Write a java program to print Fibonacci series without using recursion and using recursion.

Input: 10

Output: 0112358132134

2. Write a program to print the triangle given below

*

* *

* * *

* * * *

3. Describe the JAVA features.

4. Give a number, write a program using while loop to reverse the digits of the number. For example, the

number 12345 should be written as 54321.

5. Write a program finds the number is prime or not. Example 1003 is prime or not.

6. List any eight controls from java.awt package.

7. a)Explain use of command line arguments.

b)Explain about try-catch functionality in Exception Handling.

8. Write a program to create a servlet that handles HTTPGET request.

9. Write a program to print factorial of any number. (e.g. – Factorial of number 4 is 24 (4x3x2x1=24)).

10. Describe with suitable example and syntax:

i) While ii) do while iii) for

PAPER NAME : OPERATING SYSTEM

PAPER CODE: OS 1. Explain about Batch Processing.

2. Explain the advantages and disadvantages of Batch Processing.

3. Explain Thrashing.

4. Write down the process of deadlock avoidance.

5. What are the differences between Time Sharing System and Batch Processing System?

6. What are the differences between process and thread?

7. Differentiate between multiprogramming and multiprocessing.

8. Explain about file management.

9. What is mainframe system?

10. What are the operating system components?

SUB: THEORY OF COMPUTATION

PAPER CODE: TOC

1.What is Mealy machine? What is Moore machine? Transforming a Mealy machine into Moore Machine

2. Remove the null productions from the following grammar

S -> ABAC

A -> aA / ϵ

B -> bB / ϵ

C -> c

3. Explain Chomsky Normal Form. Convert the following grammar into Chomsky Normal Form

S -> S(S)/ ϵ.

4. Describe Turing Machine. What do you mean by lossy and lossless decomposition in Turing

machine.

5. Give a DFA accepting the string over alphabet ∑0,1, such that in each string number of 0’s

divisible by 3 and the number of 1’s is divisible by 5. 6. Let L1 = L2 ∩ L3.

i)Show values for L1, L2, and L3, such that L1 is context-free but neither L2 nor L3 is

ii) Show values for L1, L2, and L3, such that L2 is context-free but neither L1 nor L3 is

7. Let L be the set of all palindromes over {a, b}. Construct a grammar G generating L.

8. Let G = ({S,C}, {a, b}, P,S ) where P consists of S → aCa, C → aCa| b . Find L(G).

9. Let L = {w ∈ {a, b}* : the first, middle, and last characters of w are identical}.

(a) Show a context-free grammar that generates L.

(b) Prove that L is not regular

10. i) What is Arden’s theorem? ii) prove that (1+00*1)+(1+00*1)+(0+10*1)*(0+10*1)=0*1(0+10*)*

Present

State

Next State

Input a = 0 Input a = 1

State Output State Output

q1 q3 0 q2 0

q2 q1 1 q4 0

q3 q2 1 q1 1 * q4 q4 1 q3 0

SUB: MULTIMEDIA & ANIMATION TECHNIQUE

PAPER CODE: MAT

1) What are the multimedia authoring tools?

2) Explain Nyquist sampling theorem.

3) Explain MIDI specification

4) Explain the application of multimedia.

5) What is video on demand?

6) Explain the need of multimedia at field of business representation.

7) Explain the software requirement of multimedia production.

8) What is difference between gray scale and black and white image?

9) Explain CMYK model.

10) Explain lossless compression.

===============================================================================

DIPLOMA-5TH SEM

(EE)

PAPER NAME:-POWER ELECTRONICS & DRIVES

PAPER CODE : PED 1. What is the thyristor?

2. Sketch static I-V characteristics of a thyristor. Label the various voltages, currents and the operating

modes on this sketch.

3. Describe the switching characteristics of thyristors.

4. Describe the turn on methods of thyristor.

5. Explain the thyristor gate characteristics.

6. Explain the two transistor model of a thyristor.

7. Explain the improvement of thyristor characteristics.

8. What is meant by step up chopper? Explain its operation. Sketch the input voltage, input current, output

voltage and output current waveforms.

PAPER NAME: MICROPROCESSOR & MICROCONTROLLER

PAPER CODE: MPMC 1. Draw the pin diagram of 8085Microprocessor? 2. What is half adder and it’s diagram, truth table? 3. short note on interrupt. 4. Draw and write the register structure of 8085 microprocessor. 5. Write the function of ALU,INTR,HLDA,HOLD signal

PAPER NAME: SWITCHGEAR & PROTECTION

PAPER CODE: SP 1. Discuss in detail about the fundamental requirements of a protective relay? 2. Derive the equation for the torque developed in an induction relay? 3. Explain the operation of merz-price protection of an alternator? 4. Discuss in detail about the three zone protection of transmission lines 5. Explain about the current graded system of protection and its disadvantages? 6. Discuss about the device which absorbs the steepness of wave front of a surge? 7. Draw the block diagram and explain the operation of microprocessor based digital relays? 8. What is meant by making capacity of a circuit breaker? 9. If the pickup value of a relay is 8A, the fault current is 30A. Find its PSM?

PAPER NAME : UTILIZATION,TRACTION HEATING & DRIVES

PAPER CODE : UTHD (1) Discuss the various arrangement of current collection used in electric traction.

(2) Explain the terms: a) Coefficient of adhesion b) Tractive effort.

(3) Discuss the suitability of D.C series motor in electric traction.

(4) Discuss about regenerative braking.

(5) What is specific energy consumption? Write the factors affecting specific energy consumption.

(6) What do you mean by electric heating? Classify the different types of electric heating methods and

discuss them with proper diagram.

(7) What do you mean by resistance welding? Discuss the principle of resistance welding. State the

advantages of resistance welding.

(8) Write the Laws of Illumination. Discuss about the Sodium Vapour Lamps, Compact Fluorescent

Lamps (C.F.L.), LED Lamps.

PAPER NAME: ILLUMINATION ENGINEERING

PAPER CODE:IE 1 What is Photometry? What are the different methods to measure luminous intensity? Discuss any one.

2 Discuss working principle and application of Luxmeter.

3 Write short notes on followings:

(a) Black body radiation

(b) Fluorescent lamp

(c) LED

(d) LASER

(e) Luminance

4 What is colorimetry? What are the different colorimetric instruments are there? Discuss any one.

5 What is the basic concept of “human eye as an optical system”.

DIPLOMA-5TH SEM

(CE)

PAPER NAME:-BUILDING SERVICES & ENTREPRENEURSHIP

DEVELOPMENT

PAPER CODE : BSED 1. What is plumbing? Discuss object of plumbing.


a) Hardness of water b) Air relief valve c) Sewage d) Sewer

3. Discuss about different types of pipes.

4. Discuss about different types of joints in pipe fittings with neat sketch.

5. What is the general requirement of fire protection?

6. Define entrepreneurship and discuss the importance for a developing country like India.

7. Discuss the role of Government in promoting entrepreneurship.

8. Is entrepreneurship is a process? Discuss.

9. What are the laws that are kept mind before starting a new business?

10. What are the qualities needed for a prospective entrepreneur?

PAPER NAME: CONTRACT & ACCOUNTS

PAPER CODE: CA 1. What is contract? What are the different types of civil engineering contracts?

2. What are the circumstances under which lowest tender may be rejected? What is

supplementing tender?

3. Write notes on:

(a) Lump-sum contract

(b) Substituted item

(c) N.I.T.

4. Write brief clauses of general condition of contract any three of the following:

(a) Maintenance period

(b) Measurement of works

(c) Compensation for delay in completion of work.

5. Write briefly on comparative statement and acceptance of tender.

PAPER NAME:TRANSPORTATION ENGG.-II

PAPER CODE: TE-II 1. State the importance of road transportation in India.

2. What is Indian road congress? State its function.

3. Draw the cross section diagram of a pavement.

4. What are the surveys carried out in a road project?

5. Define camber and state its types.

6. Define superelevation.state its formulation.

7. What is stopping sight distance and intermediate sight distance?

8. List the measures to be adopted to reduce the chances of accidents.

9. What is traffic speed and traffic volume capacity?

10. define-terminal, apron, hanger, taxiway related to airport engineering.

PAPER NAME:DESIGN OF RCC STRUCTURE

PAPER CODE: DRCCS

1. Determine the moment of resistance of a section of width 250mm depth 310mm and 3 no 12 mm dia as

bottom reinforcement. Grade of concrete M20 and grade of steel Fe 415. (limit state design method)

2. A doubly reinforced beam 250x 600mm overall has to resist a factored moment of 210 KN-m. Find

amount of steel required on compression and tension side, if cover on the both sides is 50mm. Concrete

M15 and mild steel.

3. Determine depth of neutral axis of a section of width 200mm depth 400mm and 3 no 20 mm dia as a

bottom reinforcement. Grade of concrete M15 and grade of steel Fe 250.(limit state design method)

4. Determine the moment of resistance of a section of width 250mm depth 310mm and 3 no 12 mm dia as

a bottom reinforcement. Grade of concrete M15 and grade of steel Fe 250. (working state design

method)

5. A dog-legged staircase is to be designed between intermediate floors of a residential building, within a

stair hall having clear dimensions 5·4 m × 2·5 m. The stair hall has 4 columns at its corners measuring

250 mm × 400 mm each. The beams at the ends may be considered 250 mm × 350 mm each. Consider

floor to floor height = 3·3 m, intensity of live load = 3 KN/m2 on plan area. Riser 150 mm, width of

landing and width of flight both = 1200 mm. Show general arrangement of the stair case and design the

flights of the staircase.

6. Determine depth of neutral axis of a section of width 200mm depth 400mm and 3 no 20 mm dia as a

bottom reinforcement. Grade of concrete M20 and grade of steel Fe 415. (working state design method)

7. A rectangular beam of size 230mm width and 450 mm effective depth is reinforced with four bars of

20mm diameter. Determine the vertical shear reinforcement to resist the factored shear force i)70KN

ii)250 KN.

8. A singly reinforced section rectangular beam 350mm wide has span of 6.25m and carries an load of

16.30kN/m.if the stresses in con concrete and steel shall not exceed 7N/mm2 and 230N/mm2 .find the

effective depth and the area of tensile reinforcement. Take m=13.33. (working state design method)

9. Find Mu of a T beam with the following data. bf=1250mm,Df=100mm,bw=250mm,d=650mm,Ast= 2800

mm2, fy=415 N/mm2, fck= 20 N/mm

2.

10. A beam of rectangular section 250mm wide and 500mm effective depth is provided with 4bar 18mm dia

as a tensile steel. Find the depth of the neutral axis, use Grade of concrete M15 and grade of steel Fe

250. (limit state design method)

PAPER NAME:GEOTECHNICAL ENGG. -II

PAPER CODE: GE-II 1. What is soil structure interaction?

2. Explain the standard penetration test briefly.

3. Define-immediate and consolidation settlement with relevant formula.

4. Classify various types of piles based on the type of material used.

5. State the different types of caissons.

6. The Natural void ratio of a 6.0m Thick clay Deposit having liquid limit of 45% each 1.2 Determine the

consolidation Settlement of a layer when the over lour den pressure on the soil deposits is in crossed from 10 to

25 T/m2.

7. Draw a diagram representing general, local and punching shear failure.

8. Write down the assumption of Terzaghi’s bearing capacity for shallow foundation.

9. Calculate the ultimate bearing capacity of shallow foundation. Using the following data cohesion=30 KN/m2,

unit weight of soil =20KN/m3, Depth of foundation=2.0m. Width of foundation =2.0m. N c= 6 N q =5 N ɣ=3

Hints: - q f= CNC+ɣ.D.Nq+0.5.ɣ.B.Nδ.

10. State the forces acting on well foundation.

DIPLOMA-5TH SEM

(ME)

PAPER NAME: FLUID MECHANICS & MACHINERY

PAPER CODE: FMM 1. A pitot tube is used to measure the velocity of water at the centre of a 35cm dia. Pipe. The difference between

stagnation & static pressure heads is indicated to be 7.5 cm of water. What is the velocity? If the mean velocity of

flow is presented to be 0.7 of the velocity at the centre.

compute the discharge of water through the pipe in m3/s, Take Cv = 1.

2. A)A pipe 30cm dia. & 50cm long conveys water at a velocity of 3m/s. Find the head lost due to friction

by using i) Darcy’s relation and ii) chezy’s formula for which C = 50, Take kinematic viscosity of water

γ = 0.01 stoke

B) Define the different head losses in pipe while flowing fluid through it.

3. Two large plane surfaces are 10mm apart & the gap contains a liquid of viscosity 0.7 N-S/m2. Within the gap a

thin plate of cross sectional area of 0.9 m2 is to be pulled at a velocity of 0.5 m/s at a distance of 6mm from one

surface. Determine the force required for pulling the plate.

4. A) Explain the various types of fluids.State & explain Newtons law of viscosity.What is dynamic

viscosity & kinematic viscosity?

B) A plate 0.035 mm distance from a fixed plate ,moves at 50cm/s and required a force of 2.5N per unit

area i.e., 3N/m2 to maintain this speed . Determine the fluid viscosity between the plates.

5. A) Explain the Pascal`s law. State & prove Pascal,s law of fluid pressure.

B)A Relationship between Bulk Modulus (k) and Pressure (p) for Gas.

C)Describe the different types of fluid flow process.

6. A)Define atmospheric pressure,Gauge pressure,Vacuum pressure & absolute pressure.

B)A u-tube containing mercury has its right limb open to atmosphere & left limb connected to a pipe

conveying water under pressure, the difference in level of mercury in the two limbs being 300m. If the

mercury level in the left limb is 200m below the centre line of the pipe,find the Gauge & absolute

pressure in the pipeline.

7. A) State Bernoulli,s theorem & derive it for the frictionless flow with necessary

condition

B)A vertical tapering pipe is 2.5m long. The dia of the pipe is 25 cm at the top end &the

15 cm at the bottom end.If 40 l/s of the water flows through the pipe, find the differen-

Ce in pressure between the two ends of pipe, neglect losses.

8. A)Derive the continuity equation for steady flow process. Differentiate between steady

& unsteady flow.

B) Fluid flow through a pipeline which contracts from 50 cm dia. at A to 35 cm at B &

Then branches into two pipes C & D. The dia. of the pipe c is 20 cm & that of D is 25

Cm. If the velocity at A be 2 m/s & that at D be 4 m/s, determine –velocity at B

& discharge at C & D.

9. A)What are the major losses in pipe flow? Give the expression of major loss.

B)Define Reynold,s number. Explain the process of determination of this number.

10. Crude oil of density 800 kg/m3 & viscosity 0.14 NS/m2 flows through a pipe of dia 40 cm at a rate of

50lit/s. Find the head lost due to friction in this pipe of length 350 km.

11. A)Define manometric head & NPSH.

B)A centrifugal pump has external & internal diameter as 600mm & 300mm respectively. The

vane angle at inlet & outlet are 300 &400respectively. If the water enters at 2.5m/s, find the i) speed of the impeller

in rpm, & ii) Work done per kg of water.

12 Determine the total pressure & position of center of pressure on an isoceless triangular plate of base

5m & altitude 5m when the plate is immersed vertically in an oil of sp.gr.0.8. The base of the plate is 1mbelow

the free surface of water.

PAPER NAME: ADVANCE MANUFACTURING PROCESSES

PAPER CODE : AMP 1. What is GT ? How does it related to cellular manufacturing?

2. What are the four tests for flexibility in FMS research?

3. What purpose we have to used jig and fixture .

4. Explain six point location principle.

5. Write a part program for facing and turning operation of a 50 mm x30 mm diameter work specimen to 25 mm x

25 mm.

6. Explain the use of following codes G00, G01, G90, M06& G 95.

7. Write the difference between jig and fixture?

8. What factor consider during design jig and fixture?

9. Write the full from of LASER? Write the working principle of LBM with a neat sketch?

10. Write the name different types of locator? Explain any two of them?

11. Explain the advantages and disadvantages of USM? Also describe its component?

12. Explain the working principle of EDM with a neat sketch?

13. Explain the advantages and disadvantages of ECM ? Also describe its Working principle?

PAPER NAME: MEASUREMENT & CONTROL

PAPER CODE: MC Answered the all questions given below:

(1) Write down difference between LVDT & RVDT.

(2) Short note on – Stroboscopic Tachometer, Photoelectric tachometer.

(3) Describe with block diagram the measurement & control system for heating a room at specific

temperature.

(4) Explain the working principle of centrifugal force tachometer.

(5) Sketch & explain the working principle of a Rota meter. Why it is called variable area flow

meter?

(6) Discuss about Radiation Pyrometer.

(7) Show the Characteristics of sound measuring system of sound level meter.

(8) Briefly discuss on Anemometer, Ultrasonic flow meter.

(9) Short note on – Thermistor, Thermocouple.

(10) Describe the Hair hygrometer & Humistor hygrometer.

PAPER NAME : POWER ENGINEERING

PAPER CODE: PE 1. Explain the advantage and disadvantages of two stroke over four stroke engine. 2. Show the difference between an ideal diesel cycle and real diesel cycle in P-V and T-S diagrams. 3. Deduce the thermal efficiency of a 4 stroke diesel cycle, engine in terms of compression ratio and expansion ratio. 4. A petrol engine working on Otto cycle has a maximum pressure of 50 bar. Heat supplied is 1000KJ/KG. If the

pressure ratio during compression 12.286, find the compression ratio and also ration of peak temperature to inlet

temperature. Take p1=1 bar and T1=27◦C

5. Explain the purpose of reheating steam. Show the flow of a reheat cycle. Draw T-S diagram of a reheat cycle 6. What do you mean by jet propulsion. write down the working principle of jet propulsion of ship. 7. Write down the limitation of single jet carburetor. 8. Draw a neat sketch of pelton turbine and show its components. 9. Define Compressor? Explain basic function of air compressor? Draw a neat sketch of centrifugal compressor? 10. Write short notes on governing of impulse turbine? 11. Dereive an expression for the hydraulic efficiency of pelton wheel. 12. Why is an impulse turbine called a velocity turbine? Why is a pelton wheel suitable for high height only?

13. Comparison of gas turbines with I.C. engine. Comparison of gas turbines over steam turbine. 14. What is the function of a nozzle? Discuss the flow of steam through a convergent divergent nozzle and explain the

effect of friction on steam flow rate.

15. Write down any one method for improvement of thermal efficiency of open cycle constant pressure gas turbine. 16. . What do you mean by critical pressure ratio? What is the physical significance of critical pressure ratio?

PAPER NAME : AUTO MOBILE ENGINEERING

PAPER CODE: AE 1. Describe working principle of simple carburetor with neat sketch. 2. A) What are the different between two stoke engine and four stoke engine? 3. B). What are the different between C.I engine and S.I engine? 4. What are the common types of steering gears? Describe any one in detail with the help of simple sketch. 5. What is the function of differential in an automobile with neat sketch 6. . Describe disc braking system with neat sketch. 7. What are the merit and demerit of frameless construction over frame type construction? 8. What is scavenging? Types of scavenging and their brief discussion?

Write short-notes a. A) Spark plug B) Propeller Shaft

9. Types of universal joints and their brief discussion. 10. What is caster and camber. 11. With neat sketch explain clearly the working of A.C. mechanical fuel pump. 12. Explain clearly the necessity of a transmission in a vehicle 13. What are the common types of steering gears? Describe any one in detail with the help of simple sketch.

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