Electrical And Electronics Exam Schedule 2011

150001 Management – II

19/11/2011

02:30 PM TO 05:00 PM

151001 Microcontroller and Interfacing

22/11/2011

02:30 PM TO 05:00 PM

151002 Engineering Electromagnetics

26/11/2011

02:30 PM TO 05:00 PM

150801 Electrical Power Engineering

24/11/2011

02:30 PM TO 05:00 PM

150802 Electrical Machine – II

29/11/2011

02:30 PM TO 05:00 PM

151006 Applied Electronics (Institute Elective – II)

3/12/2011

02:30 PM TO 05:00 PM

Engineering electromagnetics assignment 4

Assignment 4
(1) Define :

1. Current
2. Current Density

(2) Explain Continuity Equation
(3) Describe the boundary condition between free space and conductor. What is an
importance of boundary condition?
(4) Describe the boundary condition between free space and perfect dielectric material.
(5) What is capacitance? Derive the equation for capacitance of a parallel plate capacitor of
area S m2 and a separation of d meter.

———

Electronics Instruments and measurements

Practical-1 Wheatstone bridge

1. Application of Wheatstone bridge
2. Derive expression to find out unknown resistance using Wheatstone bridge
3. What is balanced and unbalanced point in Wheatstone bridge?

Practical -2 Maxwell Bridge

1. Why Maxwell bridge is used? (application)
2. Derive expression to find out unknown inductance using maxwell bridge
3. Practically How you can balanced Maxwell bridge   ?
5. What is error?

Practical-3 Schering bridge

1.  Why Schering bridge is used? (application)
2. Derive expression to find out unknown inductance using Schering bridge
3. Practically How you can balanced Schering bridge   ?
5. What is Accuracy?

Practical-5 Characteristics of L.V.D.T.

1. What is  L.V.D.T?
2. What are the components of L.V.D.T?
3. Derive the three cases for L.V.D.T to measure displacement
4. Application of L.V.D.T?
5. What is basic function of L.V.D.T?

Term work and viva submission

Indus Institute of Technology & Engineering

Electrical &Electronics Engineering Department

7th Semester EEE

 Subjects Date Name of Faculty Discrete –Time  Signal Processing 17/10/2011 Prof. Jayesh Diwan Electrical & Electronics measuring instruments 18/10/2011 Prof. Nikesh Patel Power Electronics & Industrial Drives 19/10/2011 Prof. Vatsal Shah Industrial Automation 20/10/2011 Prof. Deepa Lakhwani Embedded System 21/10/2011 Prof. Ashwin Patani Power System Analysis 21/10/2011 Prof. Lalji Katariya

REVISED TERM WORK SUBMISSION & VIVA SCHEDULE – 2011 5th Semester EEE

 Subjects Date Name of Faculty Electrical Power Engineering 17/10/2011 Prof. Vineeta Chauhan Engineering Electromagnetics 18/10/2011 Prof. Jayesh Diwan Microcontroller and Interfacing 19/10/2011 Prof. Zalak Patel/Prof. Miloni Ganatra Institute Elective(Applied Electronics) 20 /10/2011 Prof. Ramesh Keshwani Electrical Machines –II 21/10/2011 Prof. Vatsal Shah/Prof. Hiren Patel EMI Lab 22/10/2011 Prof. Rashmi Sharma / Prof. Nikesh Patel Management-II 22/10/2011 Prof. Hemal Shah

Exam Coordinator
Prof. Ashwin Patani/ Vineeta Chauhan
H.O.D. (EEE Dept.)

QP: Management 2

B.E. Sem-Vth Examination December 2010

Subject code: 150001 Subject Name: Management-II

Date: 11 /12 /2010 Time: 03.00 pm – 05.30 pm

Total Marks: 70

Instructions:

1. Attempt all questions.

2. Make suitable assumptions wherever necessary.

3. Figures to the right indicate full marks.

Q.1 (a) Define product, production and production management. 07
(b) State the benefits derived from effective production management. 07
Q.2 (a) State the functions of production management department. 07
(b) Explain the different types of production systems. 07
OR

(b) What is break even analysis? State the assumption in break even analysis.

07
Q.3 (a) Define market research. State its objectives. 07
(b) Explain the concept of product life cycle. 07
OR

Q.3 (a) Explain the functions of packaging.

07
(b) Explain the importance of demand forecasting. State the features of a good demand forecasting method. 07
Q.4 (a) Explain the important functions of financial management. 07
(b) Explain the relationship of finance department with the other departments of a business.

07
OR

Q.4 (a) Explain the role of various financial regulatory bodies.

07
(b) Explain the role of a finance manager. 07
Q.5 (a) Define manpower resources planning. Explain the importance of manpower resources planning.

07
(b) Explain the process of manpower planning 07
Q.5 (a) Explain the process of Management by Objectives. 07
(b) Define ‘strategy’. Explain the importance of strategy. 07

Visual Basic Mid sem Syllabus

• An easy-to-use and versatile language
• Integrated with off-the-shelf products
• Minimizes development time and costs

Macros: The First Step:

• Recording and executing macros
• Limitations
• Enhancing with VBA code

The Code Design and Debugging Tools:

• Project Explorer
• Help system
• Code Window
• IntelliSense
• Properties Window
• Object Browser
• Block commenting and uncomment
• Code stepping
• Immediate Window
• Breakpoints

Putting Objects to Work:

Storing Data In Variables:

• How and when to declare variables
• Selecting data types
• Fixed and dynamic arrays
• Constants
• The scope and lifetime of variables

Conditional Branching:

• If…Then…Else
• Select…Case

Looping Through Code:

• Do…Loop, While and Until
• For…Next and For Each…Next

Building Procedures:

• Creating Sub and Function procedures
• Calling procedures
• Passing arguments to procedures

Using Intrinsic Dialogs:

• Communicating with the user through the message box
• Gathering user information with the input box
• Utilizing the File Dialog object and Dialogs collection

Handling Runtime Errors:

• The On Error GoTo structure
• Classifying errors with the Err object
• Continuing execution with Resume, Resume Next or Resume label

QP: Engineering Electromagnetics

B.E. Sem-Vth Examination December 2010

Subject code: 151002

Subject Name: Engineering Electromagnetics

Date: 15 /12 /2010 Time: 03.00 pm – 05.30 pm

Total Marks: 70

Instructions:

1. Attempt all questions.
2. Make suitable assumptions wherever necessary.
3. Figures to the right indicate full marks.
Q.1 (a) Answer the following in brief

1. ‘The divergence of the curl of a vector is zero’-Justify the statement with one example.
2. Find the ay dot aɸ and ax dot aθ
3. Given 60 μC point charge located at the origin, find the total electric flux passing through that portion of the sphere r=26 cm bounded by 0˂θ˂π/2 and 0˂ɸ˂π/2.
4. For a coaxial cable find the electric field density inside the inner core, in between inner and outer core and outside the cable.
08

1. What is Gradient? with help of gradient prove that E= – V
2. Find the volume charge density that is associated with D = ρz2 sin2ɸ ap + ρz2 sinɸcosɸ aɸ + ρ2z sin2ɸ az c/m2
06
Q.2 (a) Derive the electric field intensity and electric field density due to an infinite and uniform line charge density. 07
(b) In the space, a line charge ρL=80 nC/m lies along the entire Z-axis, while point charge of 100 nC each are located at (1,0,0) and (0,1,0). Find the potential difference VPQ given P (2,1,0) and Q (3,2,5).

07
OR

(b) Given the flux density D = (2cosθ/r3) ar + (sinθ/r3) aθ c/m2, evaluate both sides of the divergence theorem for the region defined by 1˂ r ˂ 2 , 0 ˂ θ ˂ π/2 , 0˂ ɸ˂ π/2

07
Q.3 (a) Describe the boundary condition between free space and conductor. What is an importance of boundary condition? 07
(b) Write Maxwell’s equations in point form and explain physical significance of equations. 07
OR

Q.3 (a) Derive Poisson’s and Laplace’s equations and states their applications.

07
(b) Write Maxwell’s equations in integral form and explain their physical significance. 07
Q.4 (a) State and explain Ampere’s circuital law. Find the magnetic field intensity due to long straight conductor using Ampere’s circuital law. 07
(b) A charge of 10 nC is moving with a velocity of 107(-0.5 ax + ay -0.71 az) m/s. Determine the force exerted on the test charge when

1. a magnetic induction B = ( ax + 2ay + 3 az) mWb/m2 is applied
2. an electric field E = (3ax + 2ay + az) kV/m is applied.
3. When B and E given above are applied simultaneously.
07
OR

Q.4 (a) What is curl? With help of curl meter explain the physical interpretation of curl and state its applications.

07
(b) A filamentary current of 10 A is directed in from infinity to the origin on the positive x axis, and then back to infinity along the positive y axis. Use the Biot- Savart law to find H at P (0,0,1) 07
Q.5 (a) Define and explain the following terms:

1. Magnetization
2. Polarization
3. Skin effect and
4. Standing wave ratio
07
(b) Write short note on:

1. Wave motion in free space
2. Magnetic boundary condition
07
Or

Q.5 (a) Define and explain the following terms:

1. Poynting Vector
2. The scalar and Vector magnetic potential
3. Hall effect
4. Retarded Potential
07
(b) (i) Transform the 5ax vector to spherical coordinate at A(x = 2,y = 3, z = -1).

(ii) Given V = (10/r2 ) sinθcosɸ, Find the electric flux density at (2, π/2,0)

07

QP: Microcontroller and Interfacing

B.E. Sem-Vth Examination December 2010

Subject code: 151001

Subject Name: Microcontroller and Interfacing

Date: 13 /12 /2010 Time: 03.00 pm – 05.30 pm

Instructions: Total Marks: 70

1. Attempt all questions.
2. Make suitable assumptions wherever necessary.
3. Figures to the right indicate full marks.
Q.1 (a) How Embedded Microcontrollers are differing than Embedding Microprocessor? Explain with technical justification and application.

07
(b) Explain RISC and CISC ? Which is most suited to Intel 51 Microcontroller? Why?

07
Q.2 (a) What is Special Function register (SFR) of 51-Microcontroller? List all the SFR and explain SBUF, IP and PCON.

07
(b) Describe and Draw Architecture of intel-51, 8-bit Microcontroller 07
OR

(b) Draw and Describe function of each pins of DIP-51 Intel 8-bit microcontroller

07
Q.3 (a) Explain following Addressing Modes of 8031 Microcontroller

1. MOV A,#20h
2. MOV A,30h
3. MOV A,@R0
4. MOVX A,@DPTR
5. MOVC A,@A+DPTR

07
(b) 1). Describe following pointers

1. PC
2. SP
3. DPTR
4. R0 & R1

2) What is flag register? Explain 8051 Flag register and its practical implementation

07
OR

Q.3 (a)

1). Differentiate ADDC and SUBB instruction. List the precaution to be taken for both instructions during the program.

2). List the JUMP and CALL instruction. Describe Conditional JUMP Instruction

07
(b)

1). What is Pseudo Codes? Explain it.

2). Define and describe the directives of 51 Microcontroller.

07
Q.4 (a)

1). Describe TMOD and TCON Special Function registers.

2). Write an assembly program to generate 10Khz Square wave frequency with 60%

duty cycle.(take T = 1.085 x 10-6 sec)

07
(b)

1). How will you assign Counter to count an external event? Explain it with example

2). Can We implement the interrupt to watch the TF bit of TCON Special Function

Register? Explain it.

07
OR

Q.4 (a) What is Serial Communication? How it will perform using 8051/52 Controller with PC? Explain it with program and diagram.

07
(b) Write an assembly as well as C program to transfer the message “ONE” serially at 9600 buad, 8-bit data, 1 stop bit. Perform this program for 255 times.

07
Q.5 (a)

1). Explain the difference between the low- level and edge-triggered interrupts

2). Explain which technique, Interrupt or Polling, avoids trying down the Microcontroller.

07
(b)

1) How Liquid Crystal Display (LCD) is superior to conventional Display? Explain it.

2). List and describe the LCD Instructions

Answer ti List of LCD Instruction

07
OR

Q.5 (a) Draw and Explain 8051 connection to ADC 0804 with self clocking mode.

07
(b) Draw and explain 8051 connection to external RAM (8Kx8). Write a program to read 100 bytes of data from P1 and save the data in external RAM starting at 5100H Location.

07

QP: Electrical Power Engineering

B.E. Sem-Vth Examination December 2010

Subject code: : 150801

Subject Name: Electrical Power Engineering

Date: 16 /12 /2010 Time: 03.00 pm – 05.30 pm

Total Marks: 70

Instructions:

1. Attempt all questions.
2. Make suitable assumptions wherever necessary.
3. Figures to the right indicate full marks.

Q.1 (a) Draw and explain the schematic arrangement of nuclear power plant. Also explain the functions of:

1. Moderator
2. Fuel rods
3. Control rods

07
(b) A 1 phase motor connected to 400V,50 Hz supply takes 25A at a p.f. of 0.65lag. Calculate the capacitance required in parallel with motor to raise p.f. to 0.90lag.  07
Q.2 (a) Define tariff and explain in detail:

1. Two- part tariff
2. Power factor tariff
3. Three-part tariff

07

6-10            30

10-12          45

12-16          60

16-20          40

20-24          30

07
OR(b) Calculate volume of conductor material used in

1. Overhead system, with 3wire dc system
2. Underground system, with 3 phase 3wire system

07
Q.3 (a) Explain string efficiency and methods of improving it. Answer Link
07

1. Critical disruptive corona voltage.
2. Visual corona voltage.

07
ORQ.3 (a) Explain FACTS devices.  07
(b) Explain different equipments used in substations with its symbols. 07
Q.4 (a) Define underground cables, draw and explain internal construction of it.  07
(b) A transmission line has a span of 100m between level supports. The conductor has cross-section area of 5cm2. The tension is the conductor is 2500 kg. If specific gravity of conductor material is 9.98m /cm3 and wind pressure is 1.2 kg/m. Calculate sag and vertical sag.  07
ORQ.4 (a) A part of transposition cycle of 3phase double circuit line is shown below. Radius of each conductor is 0.9cm.The conductors are made up of solid copper. Find the inductance/phase/km of the line.[image]  07
(b) Explain following in respect to medium transmission line.

• Nominal T method
• Nominal π method

07
Q.5 (a) Draw and explain following distribution schemes:

1. Secondary AC distribution system
3. Ring main distribution system

07
(b) Explain importance of voltage control and method to achieve it. 07
ORQ.5 (a) Differentiate most economical p.f. and most ideal p.f 02
(b) Explain:

1. Diversity factor
2. Plant capacity factor