JNTUK R16 B.Tech 1st Semester Digital Image Processing Oct Nov 2019 Question Paper

JNTUK Question Paper

Code No: R1641042

R16

IV B.Tech I Semester Regular Examinations, October/November - 2019

DIGITAL IMAGE PROCESSING

(Common to Electronics & Communication Engineering and Electronics & Instrumentation Engineering and Electronics & Computer Engineering)

Time: 3 hours Max. Marks: 70

Question paper consists of Part-A and Part-B

Answer ALL sub questions from Part-A

Answer any FOUR questions from Part-B

*****

PART–A (14 Marks)

1. a) Define 4-neighbors and 8-neighbors of a pixel. [2]

b) What is meant by image enhancement? Why it is needed? [3]

c) Sketch the probability density functions of Gaussian noise and salt-and-pepper noise. [2]

d) Draw the block diagram of general image compression system. [2]

e) Define Erosion and Dilation. [3]

f) Write the applications of RGB color model. [2]

PART–B (4x14 = 56 Marks)

2. a) What are the various arithmetic operations used in digital image processing? Explain. [7]

b) Explain about Hadamard transform and determine the Hadamard matrix for order N = 8. [7]

3. a) Explain about contrast stretching and Bit-Plane slicing. [7]

b) Explain about notch filtering and write the use of it in image processing. [7]

4. a) Discuss about image denosing using spatial mean filters. [7]

b) Explain about image restoration using minimum mean square error filtering. [7]

5. a) With an example, explain the concept of Run Length coding. [7]

b) Discuss about wavelet functions used in multi resolution analysis. [7]

6. a) Write the applications of segmentation and explain threshold based segmentation. [7]

b) Explain about morphological opening operation with example. [7]

7. a) Explain the use of intensity to color transformation in image processing. [7]

b) Discuss about histogram processing of color images. [7]

4 Set of 2015 Question Papers of JNTUK B.Tech ADVANCED COMPUTER NETWORKS

Looking for JNTUK old question papers ? You can download here 3rd year 2nd semester B.Tech CSE and IT, ADVANCED COMPUTER NETWORKS Jan / Feb 2015 question paper.

JNTUK B.Tech CSE / IT ADVANCED COMPUTER NETWORKS Jan / Feb 2015 Question Paper Set 1

JNT University Kakinada
III B.Tech. II Semester Supplementary Examinations, January/February -2015
ADVANCED COMPUTER NETWORKS
(Common to Computer Science and Engineering and Information Technology)
Time: 3 Hours Max Marks: 75
Answer any FIVE Questions
All Questions carry equal marks
*****
1. What is broadcasting? Discuss briefly about different Broadcasting algorithms.
2. a) What is Subnetting? Explain how IP addresses are designed with two levels of hierarchy.
b) Explain briefly about the Unicast and Reserved addresses in IPv6 Address Space.
3. a) Explain in detail about the Abbreviation and Extension headers concepts in IPv6.
b) Explain briefly about the three stages that has been devised for transition from IPv4 to IPv6.
4. a) Explain briefly about the connection establishment and connection termination in Connection oriented services.
b) Explain in detail about the different services of SCTP.
5. a) Discuss briefly about the Congestion control policies in TCP.
b) What are the different resources that can be reserved? Explain in detail about the Resource Reservation.
6. a) What are Zones in DNS? Explain the procedure how resolver looks up a remote name in many name servers.
b) Discuss in detail about the Session Initiation Protocol.
7. a) Explain in detail about the Ad-Hoc On Demand Distance Vector Routing Protocol.
b) Discuss briefly about the Security in Ad Hoc Networks.
8. Write a short notes on
a) Sensor Network operation
b) Grid Features

JNTUK B.Tech CSE / IT ADVANCED COMPUTER NETWORKS Jan / Feb 2015 Question Paper Set 2

JNT University Kakinada

III B.Tech. II Semester Supplementary Examinations, January/February -2015

ADVANCED COMPUTER NETWORKS

(Common to Computer Science and Engineering and Information Technology)

Time: 3 Hours Max Marks: 75

Answer any FIVE Questions

All Questions carry equal marks

*****

1. a) With a neat diagram explain how the routing is done in Virtual Circuit subnet.

b) What is the main problem in Distance vector routing? Explain.

2. a) Explain briefly about the Unicast, Multicast and Reserved addresses in IPv4 Classful Addressing.

b) With a neat diagram explain in detail about the Network layer at destination.

3. a) With an example explain how checksum is calculated in IPv4 Address format.

b) Explain in detail about the concept of Fragmentation in IPv6 Addresses.

4. a) Transport services are reliable or unreliable? Justify your answer.

b) Explain briefly about the Transmission Control Protocol Error Control Mechanisms.

5. a) Explain in detail about the Flow Classes of Quality of Service in Internetworking.

b) Explain briefly about the techniques to achieve good Quality of Service.

6. a) Explain briefly the Architecture and Services of E-Mail.

b) Discuss in detail about the Server-Side Dynamic Web page Generation.

7. a) Explain how MANETs are deployed in various applications.

b) Discuss briefly about the Security in Ad Hoc Networks.

8. a) Discuss in detail about the Sensor Architecture.

b) Explain briefly about the Characteristics of P2P Networks

JNTUK B.Tech CSE / IT ADVANCED COMPUTER NETWORKS Jan / Feb 2015 Question Paper Set 3

JNT University Kakinada

III B.Tech. II Semester Supplementary Examinations, January/February -2015

ADVANCED COMPUTER NETWORKS

(Common to Computer Science and Engineering and Information Technology)

Time: 3 Hours Max Marks: 75

Answer any FIVE Questions

All Questions carry equal marks

*****

1. a) What are the different goals based on which the Network layer services are designed? Explain.

b) Explain Link State Routing with an example.

2. a) How the problem of shortage of addresses can be solved? Explain in detail.

b) Write a short note on Multicast and Anycast addresses in IPv6 Address Space.

3. a) Explain briefly about the Maximum Transfer Unit in IPv4.

b) What are the deficiencies that made IPv4 unsuitable for the fast growing internet? Explain.

4. a) What is the problem in Sliding window operation? Explain how it can be solved.

b) What are the features of SCTP? Discuss briefly about them.

5. a) Explain briefly about the Token Bucket algorithm. What is the problem with token bucket algorithm?

b) Discuss briefly about the Admission Control to improve Quality of Service in Internetworking.

6. a) What are Resource Records? Explain briefly different fields associated with Resource Records.

b) Discuss briefly about the Hyper Text Markup Language.

7. a) What are the challenges associated with MANETs? Explain in detail.

b) Write a short note on Dynamic Source Routing Protocol.

8. Explain in detail about the following.

a) Cluster Management

b) SIP Security 

JNTUK B.Tech CSE / IT ADVANCED COMPUTER NETWORKS Jan / Feb 2015 Question Paper Set 4

JNT University Kakinada

III B.Tech. II Semester Supplementary Examinations, January/February -2015

ADVANCED COMPUTER NETWORKS

(Common to Computer Science and Engineering and Information Technology)

Time: 3 Hours Max Marks: 75

Answer any FIVE Questions

All Questions carry equal marks

*****

1. a) Explain briefly the context in which the Network layer protocols operate.

b) Discuss briefly about the importance of Route Discovery and Route maintenance in Ad Hoc Networks.

2. a) What is the problem in Classful addressing? Explain how Classless Addressing resolves it.

b) What are the Motivation factors for IPv6? Explain in detail about the IPv6 address Structure.

3. a) What is the need of Options Field in IPv4 Packet? Explain briefly about Options and Header Length Fields.

b) Explain briefly about the three stages that has been devised for transition from IPv4

to IPv6.

4. a) What are the set of functions performed by transport layer for process to process delivery? Explain.

b) Write a short note on User Datagram Protocol (UDP).

5. a) Discuss how the Closed loop Mechanisms controls the Congestion in detail.

b) Explain in detail about the Flow Classes of Quality of Service in Internetworking.

6. a) Discuss briefly about the POP3 Protocol.

b) What is Video on Demand? Explain the Hardware Structure of a typical Video Server.

7. a) Discuss in detail about the problems in protocol stack for Mobile Computing.

b) Explain how MANETs are deployed in various applications.

8. a) Explain in detail about the Wireless Mesh Network Design.

b) Explain briefly about the components of SIP

JNUTK ELECTRONIC DEVICES and CIRCUITS 2011 Question Paper

Question Paper University : Jawaharlal Nehru Technlogical University , Kakinada.
Question Paper Course  :  B.Tech 01st year.
Question Paper Subject code : R05010204.
Question Paper Subject : ELECTRONIC DEVICES and CIRCUITS.
Question Paper Year of Exam  : June 2011.
Question Paper Pages : 12.
Question Paper Set : 1 to 4.
Question Paper Version : Images

JNTUK R05012302 BASIC ELECTRICAL AND ELECTRONICS ENGINEERING June 2011 Question Paper

Question Paper University : Jawaharlal Nehru Technlogical University, Kakinada.
Course  :  B.Tech 1st year.
Question Paper Subject code : R05012302
Question Paper Subject : BASIC ELECTRICAL AND ELECTRONICS ENGINEERING.
Year of Exam  : June 2011.
Question Paper Attachment : Texts
Question Paper Version : Type Version.

I B.TECH – EXAMINATIONS, JUNE - 2011
BASIC ELECTRICAL AND ELECTRONICS ENGINEERING
(BIOTECHNOLOGY)
Time: 3 hours Max.Marks:80
Answer any FIVE questions
All questions carry equal marks
- - -
1.a) Write down the expression for the instantaneous power, and hence derive the equation for the average power.
 b) A series R-L-C circuit consists of 100 ohms resistor and an inductor of 0.318 Henry and a capacitor of unknown value. This circuit is supplied by 230V, 50 HZ supply and draws a current of 2.3 ohms, and the current is in phase with the supply voltage. Find i) the value of the capacitance, and the power supplied by the source. [8+8]

2.a) Derive the equation for the voltage generated in a d.c generator.
b) A 2 pole d.c generator has 200 conductors on its armature. It is driven by a prime mover at a constant speed of 600 r.p.m. If the flux per pole is 0.1 wb, calculate the emf generated. [8+8]

3. With a neat sketch explain in detail moving coil attraction type instrument. [16]

4.a) Compare Half wave, Center tapped full wave and Bridge rectifiers.
 b) Explain the following terms:
i) Ripple factor ii) Peak Inverse voltage
iii) Efficiency iv) TUF
v) Form factor v) Peak factor. [6+10]

5.a) Draw and explain UJT characteristics also give their applications.
b) Draw a family of drain characteristics and mutual characteristics of an n-channel FET and explain the shape of the curves qualitatively. [8+8]

6.a) Draw the circuit of a current shunt feedback amplifier and explain.
b) An amplifier has a gain of 10,000 without feedback. The gain is reduced to 50 with negative feedback. Find the feedback factor.
 c) Explain the principle of operations of Tuned amplifiers. [4+4+8]

7.a) With the help of neat circuit diagram, explain the following applications of OP-AMP:
i) Multiplier ii) Differentiator iii) Subtractor.
b) Design a scaling adder circuit using OP-AMP, to give the output voltage
VO = -(3V1 + 4V2 + 5V3), where V1, V2 and V3 are the input voltages given to the circuit. [10+6]

8.a) With a circuit diagram, explain Counter type A-to-D converter.
 b) Give the Boolean functions: F x = y + x′y′ ′ + y z
i) Implement with only OR and NOT gates.
ii) Implement with only AND and NOT gates. [8+8]

JNTUK 9A01402 - Hydraulics and Hydraulic Machinery 2013 Question Paper

Jawaharlal Nehru Technlogical University , Anantapur
B.Tech Regular and Supplementary Examination , April/May 2013
Second Year
Second Semester
Department of Civil Engineering
9A01402 - Hydraulics and Hydraulic Machinery
(Regulation 2009)

Code: 9A01402
B.Tech II Year II Semester (R09) Regular & Supplementary Examinations, April/May 2013
HYDRAULICS & HYDRAULIC MACHINERY
(Civil Engineering)
Time: 3 hours Max Marks: 70
Answer any FIVE questions
All questions carry equal marks

1 (a) State and explain Bazin’s formula for determining the constant C.
(b) For a flow in a rectangular channel of width 5 m and depth of flow 2.3 m, the Darcy-Weisbach
friction factor is estimated to be 0.02. Estimate the values of Chezy’s ‘C’ and Manning’s ‘n’.

2 Write short note on integration method of solving GVF equation.
A rectangular channel carries a discharge of 3 cumecs per m width. If the loss of energy in the hydraulic jump is found to be 3.2 m, determine the conjugate depths before and after the jump.

3 Explain in detail about Rayleigh’s method of dimensional analysis. What are the practical uses?

4 (a) Derive the expression for the force exerted by a jet of water on an inclined fixed plate in the
direction of the jet.
(b) A jet of water of diameter 100 mm moving with a velocity of 30 m/s strikes a curved fixed
symmetrical plate at the center. Find the force exerted by the jet of water in the direction of the jet, if the jet is deflected through an angle of 1200 at the outlet of the curved plate.

5 (a) Assuming the required data, design a pelton wheel to generate a power of 1.5 MW when working under a head of 150 m and a speed of 450 rpm.
(b) A Kaplan turbine develops 2150 KW under a head of 7.5 m with an overall efficiency of 88%. It is fitted with an elbow type draft tube having efficiency of 90%.The inlet of the draft tube is 1.8 m in diameter. Determine how much above or below the tail race level should the draft tube inlet be set so that the vacuum pressure there does not exceed 48 cm of mercury.

6 (a) What do you understand by specific speed of a turbine? What is its use?
(b) Define cavitation. What are the effects of cavitation? Give the necessary precautions against cavitation.

7 (a) What is the principle behind a centrifugal pump and derive an expression for the minimum starting speed of a centrifugal pump.
(b) The internal and external diameters of the impeller of a centrifugal pump are 20 cm and 40 cm
respectively. The pump is running at 1200 rpm. The vane angles of the impeller at inlet and outlet are 200 and 300 respectively. The water enters the impeller radially and velocity of flow is constant. Determine the work done by the impeller per kg. of water.

8 (a) Discuss critically, how you plan a power house.
(b) The designed capacity of a hydropower plant is 1.32 x 10^5 KW. If the power generated in the plant is 9 x 104 KW, find the efficiency of the plant. If the peak discharge is 1.5 times the normal
discharge, determine the plant capacity, plant factor and total energy produced in a year.

JNTUK 09A1BS04 MATHEMATICAL METHODS 2011 Question Paper

Question Paper University : Jawaharlal Nehru Technlogical University , Kakinada.
Question Paper Course  :  B.Tech 1st year.
Question Paper Subject code : 09A1BS04.
Question Paper Subject  : MATHEMATICAL METHODS.
Question Paper Year of Exam  : June 2011.
Question Paper Attachment : JPEG
Question Paper Set : 1 to 4.
Question Paper Version : IMAGES and Scanned Version.\

JNTUK 09A1BS06 FUNDAMENTALS OF BIOLOGY 2011 Question Paper

Question Paper University : Jawaharlal Nehru Technlogical University , Kakinada.
Question Paper Course  :  B.Tech 1st year.
Question Paper Subject code : 09A1BS06.
Question Paper Subject : FUNDAMENTALS OF BIOLOGY.
Question Paper Year of Exam  : June 2011.
Question Paper Attachment : Texts
Question Paper Set : 1 to 4.
Question Paper Version : Type Version.

Code No: 09A1BS06 R09 Set No. 2
I B.Tech Examinations,June 2011
FUNDAMENTALS OF BIOLOGY
Bio-Technology
Time: 3 hours Max Marks: 75
Answer any FIVE Questions
All Questions carry equal marks

1. Name any three microbial enzymes which are used in large scale industry.Explain each. [15]
2. Explain the different type of muscular tissues. [15]
3. Discuss the following
(a) chlorophylls
(b) carotenoids
(c) phycobilins. [5+5+5]
4. Give an account on physiology of vision. [15]
5. What are the plants which are included in Chlorophyta? Describe their general characteristics and give examples. [15]
6. (a) Discuss about any one Protozoan parasite that causes disease in humans.
(b) Briefly explain about the life cycle of Ascaris worm. [9+6]
7. Explain the significance of Griffith’s initial experiments on Transformation. What was the conclusion of this experiment. [15]
8. Write an account on general characteristics of viruses and how they are classified on the basis of their genome? [15]

Code No: 09A1BS06 R09 Set No. 4
I B.Tech Examinations, June 2011
FUNDAMENTALS OF BIOLOGY
Bio-Technology
Time: 3 hours Max Marks: 75
Answer any FIVE Questions
All Questions carry equal marks

1. Describe the mechanism of CO2 fixation in CAM plants. [15]
2. Explain the technical and economic advantages in the use of microbial enzymes. [15]
3. Describe the anatomy of lungs. Describe physiology of respiration. [15]
4. Describe in detail the morphology and life cycle of Fasiotopsis buski . [15]
5. What are DNA dependent RNA polymerases? Explain their functional role during the synthesis of the complementary strand. [15]
6. (a) Write about the medicinal importance of plants.
(b) Discuss the industrial products derived from plants. [8+7]
7. (a) Write about the historical landmarks in the attempt to classify living world.
(b) Write briefly with illustrations on Bacterial reproduction. [8+7]
8. Discuss the following
(a) Common physical parameters used to describe a sound wave.
(b) Sequence of events involved in hearing. [6+9]

Code No: 09A1BS06 R09 Set No. 1
I B.Tech Examinations,June 2011
FUNDAMENTALS OF BIOLOGY
Bio-Technology
Time: 3 hours Max Marks: 75
Answer any FIVE Questions
All Questions carry equal marks

1. Explain cyclic photo phosphorylation. [15]
2. Write short notes on:
(a) Structure of human eye
(b) Organs of corti
(c) Biological importance of olfaction
(d) Mechanism of Taste sensation. [15 ]
3. Write brief notes about:
(a) Nitrogenous bases in DNA
(b) Differences between DNA and RNA. [7+8]
4. What is meant by adaptation by an organism? Describe the adaptation made by an animal to aquatic life. [15]
5. Write short notes on any TWO of the following:
(a) Biofuels
(b) Opsonisation
(c) Human therapeutics. [7+8]
6. List the pests that damage Rice crops in our country and explain the kind of damage done to affect the crop output. [15]
7. What is the term Protists used to indicate? Why is the term Protist inconsistent
with classification based on Evolutionary principles? [15]
8. Describe the mechanism of coagulation of blood. What are anticoagulants and name the few of them. [15]

Code No: 09A1BS06 R09 Set No. 3
I B.Tech Examinations,June 2011
FUNDAMENTALS OF BIOLOGY
Bio-Technology
Time: 3 hours Max Marks: 75
Answer any FIVE Questions
All Questions carry equal marks

1. What is synapse? How it can be classified? Explain them in detail. [15]
2. Explain how nature creates barriers between species which have isolated themselves in geographical niches? [15]
3. (a) Discuss in brief the asexual reproduction in Fungi.
(b) Write about the importance of Diatoms. [8+7]
4. Name the reaction centers of PS - I and PS - II and explain their mode of action. Give an account on its function. [15]
5. Write short notes on any TWO of the following:
(a) Microbial enzymes
(b) SCP
(c) Gene therapy. [7+8]
6. Describe the various culture media and growth regulators used for micropropagation. [15]
7. Explain about the processes taking place during an mRNA synthesis from a dsDNA. [15]
8. Write short notes on
(a) Ribosome
(b) Vacuoles
(c) Plasma membrane. [5+5+5]

JNTUK R07A1BS05 APPLIED PHYSICS 2011 Question Paper

Question Paper University : Jawaharlal Nehru Technlogical University , Kakinada.

Question Paper Course  :  B.Tech 1st year.

Question Paper Subject code : R07A1BS05.

Question Paper Subject  : APPLIED PHYSICS.

Question Paper Year of Exam  : June 2011.

Question Paper Attachment : Texts

Question Paper Set : 1 to 4.

Question Paper Version : Type Version.

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

Code No: R07A1BS05 R07 Set No. 2

I B.Tech Examinations,May 2011

APPLIED PHYSICS

Common to BME, IT, ICE, E.COMP.E, ETM, E.CONT.E, EIE, CSE, ECE, CSSE, EEE

Time: 3 hours Max Marks: 80

Answer any FIVE Questions

All Questions carry equal marks

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

1. (a) What is population inversion relating to laser action? Explain.

(b) Describe the various methods to achieve population inversion.

(c) Explain the important components of a laser system. [6+6+4]

2. (a) What are the sources of permanent dipole moment in magnetic materials?

(b) Explain the hysteresis loop observed in Ferro-magnetic materials.

(c) Write notes on Ferro-electricity. [6+6+4]

3. (a) Discuss the motion of an electron in a periodic lattice.

(b) What are Brillouin zones? How are they related to energy levels of an electron in a metal?

(c) Explain the concept of effective mass of electron. [8+4+4]

4. (a) Explain the formation of an ionic crystal, with a suitable example.

(b) Derive an expression for the cohesive energy of an ionic crystal. [6+10]

5. (a) Explain, in detail, the various properties of nanomaterials.

(b) Write applications of nanomaterials in ‘information technology’. [12+4]

6. (a) Explain the properties of matter waves.

(b) Describe GP Thomson’s experiment to verify the wave nature of matter. [6+10]

7. (a) Distinguish between intrinsic and extrinsic semiconductors with suitable examples.

(b) Derive an expression for the density of holes in valence band of an intrinsic semiconductor. [8+8]

8. (a) What are the differences between photography and holography?

(b) What is the basic principle of holography? Explain.

(c) Write the applications of holography. [4+6+6]

******

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

Code No: R07A1BS05 R07 Set No. 4

I B.Tech Examinations,May 2011

APPLIED PHYSICS

Common to BME, IT, ICE, E.COMP.E, ETM, E.CONT.E, EIE, CSE, ECE, CSSE, EEE

Time: 3 hours Max Marks: 80

Answer any FIVE Questions

All Questions carry equal marks

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

1. (a) What are the differences between photography and holography?

(b) What is the basic principle of holography? Explain.

(c) Write the applications of holography. [4+6+6]

2. (a) Distinguish between intrinsic and extrinsic semiconductors with suitable examples.

(b) Derive an expression for the density of holes in valence band of an intrinsic semiconductor. [8+8]

3. (a) Explain the formation of an ionic crystal, with a suitable example.

(b) Derive an expression for the cohesive energy of an ionic crystal. [6+10]

4. (a) Discuss the motion of an electron in a periodic lattice.

(b) What are Brillouin zones? How are they related to energy levels of an electron in a metal?

(c) Explain the concept of effective mass of electron. [8+4+4]

5. (a) What is population inversion relating to laser action? Explain.

(b) Describe the various methods to achieve population inversion.

(c) Explain the important components of a laser system. [6+6+4]

6. (a) Explain the properties of matter waves.

(b) Describe GP Thomson’s experiment to verify the wave nature of matter. [6+10]

7. (a) What are the sources of permanent dipole moment in magnetic materials?

(b) Explain the hysteresis loop observed in Ferro-magnetic materials.

(c) Write notes on Ferro-electricity. [6+6+4]

8. (a) Explain, in detail, the various properties of nanomaterials.

(b) Write applications of nanomaterials in ‘information technology’. [12+4]

********

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

Code No: R07A1BS05 R07 Set No. 1

I B.Tech Examinations,May 2011

APPLIED PHYSICS

Common to BME, IT, ICE, E.COMP.E, ETM, E.CONT.E, EIE, CSE, ECE, CSSE, EEE

Time: 3 hours Max Marks: 80

Answer any FIVE Questions

All Questions carry equal marks

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

1. (a) What are the sources of permanent dipole moment in magnetic materials?

(b) Explain the hysteresis loop observed in Ferro-magnetic materials.

(c) Write notes on Ferro-electricity. [6+6+4]

2. (a) Discuss the motion of an electron in a periodic lattice.

(b) What are Brillouin zones? How are they related to energy levels of an electron in a metal?

(c) Explain the concept of effective mass of electron. [8+4+4]

3. (a) Explain the properties of matter waves.

(b) Describe GP Thomson’s experiment to verify the wave nature of matter. [6+10]

4. (a) Explain, in detail, the various properties of nanomaterials.

(b) Write applications of nanomaterials in ‘information technology’. [12+4]

5. (a) Distinguish between intrinsic and extrinsic semiconductors with suitable examples.

(b) Derive an expression for the density of holes in valence band of an intrinsic semiconductor. [8+8]

6. (a) What are the differences between photography and holography?

(b) What is the basic principle of holography? Explain.

(c) Write the applications of holography. [4+6+6]

7. (a) What is population inversion relating to laser action? Explain.

(b) Describe the various methods to achieve population inversion.

(c) Explain the important components of a laser system. [6+6+4]

8. (a) Explain the formation of an ionic crystal, with a suitable example.

(b) Derive an expression for the cohesive energy of an ionic crystal. [6+10]

********

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

Code No: R07A1BS05 R07 Set No. 3

I B.Tech Examinations,May 2011

APPLIED PHYSICS

Common to BME, IT, ICE, E.COMP.E, ETM, E.CONT.E, EIE, CSE, ECE, CSSE, EEE

Time: 3 hours Max Marks: 80

Answer any FIVE Questions

All Questions carry equal marks

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

1. (a) Explain the formation of an ionic crystal, with a suitable example.

(b) Derive an expression for the cohesive energy of an ionic crystal. [6+10]

2. (a) Discuss the motion of an electron in a periodic lattice.

(b) What are Brillouin zones? How are they related to energy levels of an electron in a metal?

(c) Explain the concept of effective mass of electron. [8+4+4]

3. (a) Explain, in detail, the various properties of nanomaterials.

(b) Write applications of nanomaterials in ‘information technology’. [12+4]

4. (a) What is population inversion relating to laser action? Explain.

(b) Describe the various methods to achieve population inversion.

(c) Explain the important components of a laser system. [6+6+4]

5. (a) What are the differences between photography and holography?

(b) What is the basic principle of holography? Explain.

(c) Write the applications of holography. [4+6+6]

6. (a) Distinguish between intrinsic and extrinsic semiconductors with suitable examples.

(b) Derive an expression for the density of holes in valence band of an intrinsic semiconductor. [8+8]

7. (a) What are the sources of permanent dipole moment in magnetic materials?

(b) Explain the hysteresis loop observed in Ferro-magnetic materials.

(c) Write notes on Ferro-electricity. [6+6+4]

8. (a) Explain the properties of matter waves.

(b) Describe GP Thomson’s experiment to verify the wave nature of matter. [6+10]

******************

JNTUK 09A10591 ENGINEERING DRAWING 2011 Question Paper

Question Paper University : Jawaharlal Nehru Technlogical University , Kakinada. JNTUK
Question Paper Course  :  B.Tech 1st year.
Question Paper Subject code  : 09A10591.
Question Paper Subject : ENGINEERING DRAWING.
Question Paper Year of Exam  : June 2011.
Question Paper Attachment : Texts and Images
Question Paper Set : 1 to 4.
Question Paper Version : Type Version.

R09 Code.No: 09A10591 SET-1
I B.TECH – EXAMINATIONS, JUNE - 2011
ENGINEERING DRAWING
Time: 3hours Max.Marks:75
Answer any FIVE questions
All questions carry equal marks
- - -
1. A room of 1728 cu.m. in volume is shown by a cube of 216 cu.cm. volume. Find R.T. construct a plain scale to measure up to 40 m. Mark on it a distance of 28 m.  [15]
2. Draw a hypo cycloid of a circle of 40 mm. diameter which rolls inside another circle of 160 mm diameter for one complete revolution. [15]
3. A pentagon of side 30 mm is resting on an edge in H.P, such that it makes an angle of 500 with V.P and its surface makes an angle of 300 with H.P. Draw the projections. [15]
4. The projectors of the ends of a line AB are 55 mm apart. The end ‘A’ is 35 mm above HP and 40 mm in front of V.P. The end ‘B’ is 15 mm below the H.P and 45 mm behind V.P. Determine true length and its inclinations with two planes. [15]
5. A square pyramid of 30 mm side and 60 mm height is resting on one of its triangular faces in H.P, such that the edge containing that face makes an angle of 300 with V.P. Draw the projections of the pyramid. [15]
6. A cone of 40 mm diameter axis 65 mm long is resting on its apex in H.P so that the axis makes an angle of 450  with H.P and top view of axis makes an angle of 300 with xy line. Draw the projections. [15]
7. A cone of 3 cm diameter 4 cm height is placed centrally on the top of a square prism of 5 cm side and height 4 cm. Draw the Isometric Projection of the combination of the solids. [15]
8. Draw the front view, top view & side view of the object shown in figure 1. All dimensions are in mm. [15]
Fig: 1

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R09 Code.No: 09A10591 SET-2
I B.TECH – EXAMINATIONS, JUNE - 2011
ENGINEERING DRAWING
Time: 3hours Max.Marks:75
Answer any FIVE questions
All questions carry equal marks
- - -
1. Construct a diagonal scale of 1 . 2000 R F = to show meters and long enough to measure up to 300 m. Mark on it a distance of 257 m. [15]
2. A circle of 50 mm diameter rolls on a straight line without slipping. Draw the locus of a point on the circumference of the circle for one complete revolution. Draw tangent and normal to the curve 15 mm above the axis. [15]
3. A Rhombus of diagonals 120 mm & 80 mm is resting on one of its corners in H.P such that the longer diagonal is inclined at 300  to H.P and the shorter diagonal is parallel to both the planes. [15]
4. The top view of a 75 mm long line measures 60 mm, while its front view is 55 mm. Its one end A is 10 mm above H.P and 15 mm in front of V.P. Draw the projections of the line and determine its inclinations with H.P & V.P. [15]
5. A Hexagonal pyramid of the base 30 mm and axis 65 mm long is resting on an edge of the base in H.P, and makes an angle of 450  with V.P, and axis of the pyramid makes an angle of 300 with H.P. Draw the projections of pyramid. [15]
6. A cone of 40 mm diameter and axis 65 mm long is resting on a point on the circumference of the base circle in V.P so that the axis makes an angle of 400 with V.P and the front view of the axis makes an angle of 300 with H.P. Draw the projections. [15]
7. A square pyramid of 2 cm side height 4 cm is placed centrally on the top of a cylinder of 40 mm diameter & height 60 m. Draw the Isometric projection of the  compound solids. [15]
8. Draw the front view, top view & side view of the object shown in figure1. All dimensions are in mm. [15]
Fig:1

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R09 Code.No: 09A10591 SET-3
I B.TECH – EXAMINATIONS, JUNE - 2011
ENGINEERING DRAWING
Time: 3hours Max.Marks:75
Answer any FIVE questions
All questions carry equal marks
- - -
1. Construct a vernier scale of 1:2 to show decimeters, centimeters, millimeters and long enough to read up to 4 decimeters. Mark on it a distance of 2.38 decimeters on the scale. [15]
2. A circle of 50 mm diameter rolls on a straight line, with out slipping. Draw the locus of a point on the circumference of the circle for one revolution. Name the curve. Draw the tangent & normal to the curve at a point 2 cm below the axis.  [15]
3. A hexagon of 30 mm side is resting on one edge in V.P and making an angle of 300 to H.P. Its surface makes an angle of 450 to V.P. Draw the projections. [15]
4. A line AB of 75 mm long has its end ‘A’ 20 mm above H.P and 15 mm in front of V.P. The line is inclined at 300 to H.P. and 500 to V.P. Draw the projections & find the traces. [15]
5. Draw the projections of a square pyramid resting on one of its triangular faces in V.P, such that the edge contained by that face makes an angle of 300 with H.P. Draw the projections. [15]
6. A cone diameter of base 40 mm and axis 70 mm long is lying on H.P on one of its generators with the top view of the axis inclined at 400 to V.P. Draw the Projections. [15]
7. Draw the Isometric projection of a frustum of cone of top face diameter 40 mm and diameter of base 60 mm with a height of 60 mm, when it is resting on its base. [15]
8. Draw the front view, top view & side view of the object shown in figure 1. All dimensions are in mm. [15]
Fig: 1

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R09 Code.No: 09A10591 SET-4
I B.TECH – EXAMINATIONS, JUNE - 2011
ENGINEERING DRAWING
Time: 3hours Max.Marks:75
Answer any FIVE questions
All questions carry equal marks
- - -
1. An area of 144 sq.cm on the map represents an area of 36 sq.km on the field. Find R.F and draw a diagonal scale to show kilometers, hectometers & decameters and to measure up to 10 km. Indicate on this scale 7.58 km. [15]
2. Draw an epi-cycloid of circle of 40 mm diameter which rolls outside another circle of 120 mm diameter for one revolution. [15]
3. Draw the projections of a circle of 50 mm diameter having a point on the circumference of the circle in H.P, such that its surface makes an angle of 400 with H.P. and the top view of the diameter passing through that point makes an angle of 300 with V.P. Draw the projections. [15]
4. The mid-point of a straight line AB is 60 mm above H.P and 50 mm in front of V.P. The line measures 80 mm and inclined at 300 to H.P & 450 to V.P. Draw the projections. [15]
5. A tetrahedron of 60 mm long edges is resting on one of edges in H.P and inclined at 400 to V.P, while the face containing that edge is vertical. Draw the projections. [15]
6. Draw the projections of a cylinder base 40 mm diameter and axis 70 mm long resting on H.P on a point on its base circle with the axis making an angle of 450 with H.P and top view of axis makes an angle of 300 with xy line. [15]
7. A Hollow cylinder of 50 mm external diameter with a thickness of 10 mm and axis 70 mm long is resting on its base. Draw the Isometric projection of hollow cylinder. [15]
8. Draw the front view, top view & side view of the object shown in figure 1. All dimensions are in mm. [15]
Fig: 1

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