ELECTROMECHANICAL ENERGY CONVERSION-I (EMEC-I)

ELECTROMECHANICAL ENERGY 

CONVERSION-I (EMEC-I)

2012

Uttarkhand Tech. university
 utu previous year question papers

Total marks :100

SECTION A

Q1:- Attempt any two of the following :

1. Define energy and co-energy. What is significance of co-energy? Show that the field energy in a linear magnetic system is given by W_f = 1/2Li² = 1/2 Ψi = (1/2L)Ψ².
2. Derive an expression for the torque in the doubly excited system having salient pole type of stator as well as well as rotor. State the assumption made.
3. For an electromagnetic system, show that the mechanical work done is equal to the area enclosed between two magnetization curve at open and closed position of the armature and  Ψ-I locus during the armature movement.

Important Questions for Viva of ED

15 Most important questions of Engineering Drawing (ED) for Viva

Q1: What are the sizes of sheet?

Q2: what is the size of A1 sheet?

Q3: which pencil is strong H1 or 2H?

Q4: Sizes of Drawing Board?

Q5: Sizes and marks of Title block?

Q6: Different types of lines and how you can use it?

Q7: Minimum spacing between two words?

Q8: What is the ratio of arrow width and length?

Q9: Difference between Aligned system and unidirectional system?

Q10: What is Isometric scale ratio? 

Q11:What is true length? What is Isometric length?

Q12: Angle of Isometric view and true length view?

Q13: What is Oblique projection?

Q14: Why Isometric view is important?

Q15: What is the Front view of these images?

upper (top) view
fig 1

upper (top) view
fig 2

MBA old question papers

Utu previous year question paper

(Uttarakhand Technical University)

subject : Financial Institution And Markets

MBA

(sem III) 2009-2010

time : Students are allowed to use calculators

total marks : 70

Section A

Q1: Attempt any four of the following.
(a) Distinguish between Primary market and Secondary market.
(b) Distinguish between euity shares and debentures in the light of risk and return.
(c) What do you understand by Zero coupon bonds?
(d) Explain "Insider Trading". Why it is punishable?
(e) What is Net Asset Value (NAV) ?

NETWORK ANALYSIS & SYNTHESIS

UTTARAKHAND TECH. UNIVERSITY

UTU

B TECH (SEM III),2011-2012

SUB:-NETWORK ANALYSIS & SYNTHESIS  

time : 3hr] 

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. (i) What is cutset matrix? How is it prepared?
   (ii) Derive general equilibrium equation of a network using cutset matrix Q, branch admittance [Y_b], current source vector [I_s] and voltage source vector [V_s].
   
2. Write the matrix loop equation for the network shown in figure.1 using the loop analysis.
   
   

   

   fig.1

3. Draw the oriented graph of the network for the fundamental cut-set matrix given below:

   

   
   

   
   
4. Explain the term Duality and draw the dual of network as shown in figure 1.
5. Define the terms (A) Node (B) Branch (C) Tree& Cotree (D) Cutset (E) Tieset.
6. Derive the relation between Branch voltage matrix, Twig voltage matrix and Node voltage matrix of a network as shown in figure 2.

   

   fig.2
   

ELECTRONIC MEASUREMENT & INSTRUMENTATION

UTTARAKHAND TECH. UNIVERSITY

utu previous year question papers

B TECH (SEM III),2011-2012

SUB:- ELECTRONIC MEASUREMENT & instrumentation  

time : 3hr]

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. Why springs are used in measuring instruments?
2. Why shunt resistance are used in an ammeter? How much its value should be?
3. If a voltmeter uses a meter with  I_Fs = 2 mA. Obtain its sensitivity.
4. In how many ways transducers can be classify?
5. What is working principle of piezoelectric transducers?
6. Explain the working principle and application of thermocouple.

ELEMENTS OF POWER SYSTEM

UTTARAKHAND TECH. UNIVERSITY

utu previous year question papers

B TECH (sem iv),2012

SUB:- elements of power system

time : 3hr]

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. Compare overhead transmission system with underground transmission system with underground  transmission system on atleast 10 major grounds.
2. Differentiate the following:(a) Skin effect and proximity effect.
   (b) Circuit breaker and isolator.
3. What is the % saving in feeder copper if the line voltage in a 2-wire dc system be raised from 220 volts for the same power transmitted over same distance and having the same power loss?
4. State Kelvin's law for obtaining the size of the conductor for transmission. Discuss its limitations.
5. Describe ACSR conductor used in transmission line.
6. The cost of 3-Ф overhead line having cross-section area 'a' Cm² is Rs. (500+2,000a) per kilometer. Calculate the most economical current density for the most economical current density for the conductor if the rate of interest and depreciation is 12% per annum and the cost of energy wasted is 5 paise per kWh. The resistivity of conductor may be taken as (1.7/a) ohm/km. Take load factor of 12%.

ANALOG INTEGRATED CIRCUITS

analog integrated circuit
sem-iv, 2012
b tech question papers
uttarakhand technical university
utu previous year question papers

time : 3hr]

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. What are the different basic step involved in fabricating ICs using planar technology?
2. Draw and explain the basic MOSFET current source circuit.
3. Define the term Etching, Oxidation and Ion-implantation of Integrated Circuits fabrication steps.
4. Differentiate among BJT Cascode Amplifier and FET Cascode amplifier.
5. Explain the working of MOS Current steering circuits.

MATHEMATICS-III sem 3rd

Uttarakhand tech. university

b tech

sub:- mathamatics iii

utu previous year question papers

time : 3hr]

Total marks :100

SECTION A

Q1:- Attempt any two of the following :

1. (i) Show that function u = x³ – 3xy² is harmonic and find the corresponding analytic function.
   (ii) If   w = f (z) = u + iv and u - v =  e^x (cosy – siny), find w in terms of z.
2. Evaluate 
                    where C is the circle
   (i) |z| = 2 ,  
3. Apply  calculus of residues to evaluate 
   

SUB :- MECHANICAL 1ST YEAR

UTTARAKHAND TECH. UNIVERSITY

UTU

B.TECH FIRST YEAR, 2012

SUB :- MECHANICAL

time : 3hr]  

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. Define the following terms:
   (i) Quasi-static process
   (ii) Thermodynamic equilibrium
   (iii) Thermal reservoirs
2. Explain the concept of free expansion with zero work transfer.
3. The properties of a closed system change following the relation between pressure and volume as pV = 3.0, where p is in bar and V is in m³. Calculate the work done when the pressure increase from 1.5 bar to 7.5 bar.
4. Define 'internal energy' and prove that it is a property of a system.
5. Explain heat transfer is a path function?

EMI 2nd year

UTTARAKHAND TECH. UNIVERSITY

UTU

B.TECH 2nd YEAR, 2010-2011

SUB :- Emi

time : 3hr]

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. Explain the working principle of PMMC Instruments.
2. A 0 to 10 amp meter has a guaranteed accuracy of 1.5% of full scale reading. The current measured by the instrument is 2.5 ampere calculate and percentage limiting error.
3. Explain the working principle of dc ammeter and dc volt meter.
4. The current passing through a resistor of
   
   50 ± 0.2Ω is 4.0 ± 0.02 amp determine the limiting error in the computed value of power dissipation.
5. Explain the following errors :
   (i) Gross error
   (ii) Systematic error
   (iii) Absolute error
6. Explain the working principle of series ohm meter.

FLUID MECHANICS SEM III

UTTARAKHAND TECH. UNIVERSITY

UTU

B.TECH sem iii,  2011-2012

sub- FLUID MECHANICS

time : 3hr] 

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. Explain briefly Magnus effect.
2. Define Newton's law of viscosity of fluid.
3. Explain the term vapour press and cavitation. Derive an expression for capillarity fall.
4. Explain the term absolute, gauge, atmospheric and vacuum pressure.
5. Explain the condition of equilibrium of floating and submerged bodies.
6. The diameter of a small piston and a large piston of a hydraulic jack are 5cm and 9cm respectively. A force of 120 N is applied on the small piston. Find the load lifted by the large piston when :
   (i) The pistons are at same level
   (ii) Small piston is 40 cm above the large piston. Density of liquid in jack is given as 1000 kg per meter cube.

CHEMISTRY 1st year

UTTARAKHAND TECH. UNIVERSITY

UTU

B.TECH FIRST YEAR, 2012

SUB :- cHEMISTRY

time : 3hr] 

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. Draw the MO diagram of HF molecule and calculate its bond order.
2. Derive Bragg's equation for diffraction of X-rays by crystal.
3. Write mechanism of :
   (i) Cannizzaro Reaction
   (ii) Beckmann's rearrangement.
4. By using appropriate examples, discuss and illustrate the stereo chemical implications of SN¹ and SN² reaction.
5. (i) Differentiate between Enantiomers  and Diasteromers by using suitable example.(ii) Differentiate  between Nematic and smectic liquid crystal.

SUB :- BASIC ELECTRICAL ENGINEERING 1st year

UTTARAKHAND TECH. UNIVERSITY

utu

B.TECH FIRST YEAR, 2012

SUB :- BASIC ELECTRICAL ENGINEERING

time : 3hr] 

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

1. Define the following
   (i)  Resistance
   (ii) Specific Resistance
   (iii) Potential difference
   (iv) Unilateral Element
   (v)  Ammeter
2. In the circuit shown 100 V dc voltage is applied across terminal A-B, calculate the power dissipated in each resistor and the reading of a voltmeter connected across the 5 ohm resistor.
   

sub (Mathematics-1) b tech 1st year utu

Uttarakhand Technical University

UTU B.tech (first year)

odd sem Examination

2011-12

sub :- Mathematics-1

time : 3hr]

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

4x5=20

1. Reduce the matrix
   to normal form and hence find its rank.
   
2. Show that the vectors :
   X₂  = (1,2,4), X₂ = (2,-1,3), X₃ = (0,1,2), X₄ =(-3,7,2) are linearly dependent. Find the relation between them.
3. Show that the matrix
   is Hermitian and iA is skew Hermitian.
4. Verify Cayley-Hamilton theorem for
   and hence find A^-1.
5. Prove that the eigenvalues of a unitary matrix are of unit modulus.
6. Test the consistency for the following system of equation and if system is consistent solve them:
   x + y + z =6,
   x + y + 3z= 14,
   x + 4y + 7z =30.

SECTION B

Q2:- Attempt any four of the following: 

MICROPROCESSOR

UTTARAKHAND TECHNICAL UNIVERSITY

B.TECH (SEM. IV) 

2012

SUB: Microprocessor

time : 3hr] 

Total marks :100

Note: Attempt all questions. Be precise in your answer.

SECTION A

Q1:- Attempt any four of the following :

4x5=20

1. Explain the evaluation of microprocessor in brief.
2. Draw the functional block diagram of Intel-8085.
3. State the function of temporary register of the 8085 microprocessor.
4. State the features of 8086. Also explain the difference between 8086 and 8085.
5. Define the term interrupt, exception, fault, and trap.
6. List the four major processing units in an 80826 microprocessor and describe the function of each.

SECTION B

Q2:- Attempt any two of the following :

sub-computer organization b.tech 2nd year cse

Uttarakhand Technical University

(utu)

B.tech (2nd year)

2012 Examination

sub:- Computer Organization

time:- 3hr

total marks :100

Note : Attempt all the questions.

Q1:- Attempt any four parts of the following :

1. What to you mean by inter-register transfer? Discuss Bus transfer.
2. Design Arithmetic Logic Shift unit that will perform different arithmetic, logic an shift operation.
3. Draw a diagram of bus system for four register of 4-bits each. The bus is to be constructed with multiplexers.
4. Show the hardware implementation for the following statements. The registers are 4-bits in lengths :
   TO : A RO
   T1  : A  R1
   T2  : A  R2
   T3  : A  R3
5. Show the multiplication process using Booth's algorithm when the following binary numbers are multiplied : (12)*(-18)
6. Represent the decimal number -0.654 into IEEE Floating point format.

Q2:- Attempt any Four parts of the following :

1. Explain the Fetch and Execute cycle during execution of an instruction.
2. Describe briefly a Hardwired Control.
3. What is microinstruction? Describe the microinstruction format.
4. What do you mean by the term Microprogram Sequence. Explain the role played by it.
5. Discuss advantages and disadvantages of Micro-programmed Control.
6. Explain wide-branch addressing and emulation.

Q3 Attempt any two parts of the following :

1. Write a program to evaluate the arithmetic expression :
   X= (A+B*C)/(D+E*F/G+H) Using three, two, one and zero address Instructions.
2. Design an efficient logic circuit shared by different branch condition derived form the combination or stand alone status of the Flag register bits S (sign), V(overflow), C(End carry), Z(all O's). Specific the conditional branch instruction which can b supported by the circuit you have designed.
3. Describe DMA with suitable blocks diagram. Why does DMA have priority over the CPU when both request a memory transfer ? Explain,

Q4:- Attempt any two parts of the following :

1. The access time of a cache memory is 100 ns and that of main memory 1000 ns. It is estimated that 80 percent, of the memory requests are for read and the remaining 20 % for write. The hit ratio for read accesses only is 0.9.
   (a) What is the average access time of the system considering only memory read cycles ?
   (b) What is the average access time of the system for both read and write requests ?
   (c) What is the hit ratio taking into consideration the write cycles ?
2. A Block set associative cache consists of a total of 64 blocks divided into four block sets. The main memory containing 4096 blocks each consisting of 128 words.
   (a) How many bits are there in the main memory address ?
   (b) How many bits are there in each of TAG, SET and WORD field ?
3. Discuss the concept and implementation of virtual memory. Also describe a suitable scheme for translation from logical address to physical address.

Q5:- Attempt any two parts of the following :

1. Give various architectural classification schemes. Also discuss the Flynn's and Feng's Classification in detail.
2. Discuss the various possible hazards between read and write operations in an instruction pipeline and state the mechanism to detect and avoid these hazards. Also discuss the dynamic instruction scheduling.
3. Consider the execution of  a program of 15000 instructions by a linear pipeline processor with a clock rate of 25 MHz. Assume that the instruction pipeline has five stages and that one instruction and out of sequence executions are ignored.
   (a) Calculate the speedup factor in using this pipeline to execute the program as compared with the use of an equivalent nonpipelined processor with an equal amount of flow through delay.

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Best of luck guys :)

Fundamental of Electronics Engineering B.Tech UTU PREVIOUS YEAR QUS PAPER 1st YEAR (I SEM)

Uttarakhand Technical University
B.tech (first year)

odd sem Examination

2009-10

sub :- Fundamental of Electronics

Engineering

time : 3hr] 

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

4x5=20

1. What is Fermi Level? How this level is modified when we add
   (a) P-type
   (b) n-type impurity to the intrinsic semiconductor.
2. Calculate the barrier potential at room temperature for p-n junction is silicon, which is doped to a carrier density 10²²  m^-3 of on the p-side and 22²² m^-3 on the n-side. The intrinsic carrier density for silicon is 1.4 × 10¹⁶ m^-3.
3. Explain the following:
   (a) Transition capacitance
   (b) Diffusion capacitance
   (c) Diode resistance
4. Describe the bridge rectifier. How does it differ from F.W. rectifier using two diodes only. What do you understand by PIV?
5. Calculate the ripple factor and conversion efficiency of half wave rectifier.
6. A full wave rectifier delivers 50 W to a load of 200 ohm. If the ripple factor is 1%. Calculate AC ripple voltage across the load.

SECTION B

Q2:- Attempt any four of the following:

ENGINEERING ECONOMICS & COSTING B tech utu previous year question paper

UTTARAKHAND TECHNICAL UNIVERSITY

(SEM III) ODD SEM EXAMINATION,

2010-2011

SUB:- ENGINEERING ECONOMICS & COSTING

time : 3hr] 

Total marks :100

SECTION A

Q1:- Attempt any four of the following :

4x5=20

1. Explain IRR and its advantages.
2. Differentiate between future worth and present worth.
3. Differentiate simple interest and compound interest,
4. Explain Break even analysis.
5. What is cash flow diagram and its advantages?
6. Find the worth of Rs. 5000 after two years if interest paid is 1% monthly compounded monthly.

SECTION B

Q2:- Attempt any four of the following :

CBNST B tech previous year qus paper 2nd year

UTTARAKHAND TECHNICAL UNIVERSITY

B.TECH (SEM. Iii) 

2011-2012

SUB: cbnst

time : 2hr] 

Total marks :50

Note: Attempt all questions. Be precise in your answer.

SECTION A

Q1:- Attempt any four of the following :

4x3=12

1.  If  Π = 22/7 is approximated as 3:14, find the absolute error, relative errors and percentage error.
2. Describe briefly the floating point representation of numbers.
3. Find a real root of the equation  2x – log₁₀x =7 correct to four decimal places using iteration method.
4. Use Muller's method to find a root of the following equation.
   x³-x-1=0 
5. Define rate of convergence. Obtain rate of convergence of Newton Raphson method.
6. Calculate the value of (31)^1/4 by Newton's Raphson method, correct to 3 decimal places.

SECTION B

  Q2:- Attempt any two parts of the following:

SOFTWARE ENGINEERING B.Tech previous year qus paper 2nd year (IV sem)

UTTARAKHAND TECHNICAL UNIVERSITY

B.TECH (SEM. iv) 

2011-2012

sub:software enginnering

time : 2hr] 

Total marks :50

Note: Attempt all questions. Be precise in your answer. 

SECTION A

Q1:- Attempt any three of the following :

4x3=12

1. Define Software Engineering and how it is different from conventional engineering process?
2. Should a development organization adapt a single process model for all its software development? Discuss the pros and cons?
3. Write down major characteristics of software. Illustrate with a diagram that the software does not wear-out.
4. Describe the various steps in software development life cycle? Explain the Spiral Model in details.

SECTION B