1. (a) What is the role of following components in a CRT device. Control grib Focusing system. Accelerating a node Horizontal and vertical deflection plates.
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III B.Tech I Semester Regular Examinations, November/December 2005 COMPUTER GRAPHICS (Electronics & Communication Engineering) Time: 3 hours Max Marks: 80 Answer any FIVE Questions All Questions carry equal marks ?????
(b) Discuss about the characteristics of direct view storage tube (DVST) devices. [8+8] 2. (a) Discuss the steps involved in the ordered edge list algorithm. (b) What are the advantages of edge flag algorithm.
[8+8]
3. (a) List the basic transformations which cause the physical distortion in the transformed object.
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(b) An object point P(x,y) is translated in the direction U = aI + bJ and simultaneously an observer moves in the direction U. Show that there is no apparent motion of the object point from the point of view of obsever. [8+8] 4. (a) Explain how the 4-bit code is generated for clipping a line against a rectangular window. (b) Discuss about the clipping categories identified in Cohen-Sutherland outcode algorithm. [8+8]
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5. (a) Find the mirror reflection transformations with respect to three principle planes. (b) The transformation matrix Av denotes the alignment of an arbitrary vector with Z-axis. Give the matrix Av , explain the steps involved n reflecting an object about an arbitrary plane. [8+8]
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6. (a) Given the point P1 (3, 6, 20), P2 (2, 4, 6) and P3 (2, 4, 6) a view point C (0.0, -10), determine which points obscure the others when viewed from C. (b) What is meant by edge coherence? What is its significance in depth-buffer algorithm? [8+8]
7. (a) What is the blending function used in Bezier’s method for curve generation? Explain the terms involved in it? (b) What are the properties of Bezier curve? 1 of 2
[10+6]
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Code No: RA310402 8. Discuss about the techniques to achieve the simple animation effects.
RA310402 III B.Tech I Semester Regular Examinations, November ...
2. (a) Discuss the steps involved in the ordered edge list algorithm. (b) What are the ... (b) An object point P(x,y) is translated in the direction U = aI + bJ and simulta- · neously an observer ... object about an arbitrary plane. [8+8] · 6. (a) Given the ...
(b) Draw the block diagram of a biological control system when a human hand · approaches to an object to grip it. Discuss the functions of various elements.
RA. III B.Tech I Semester Regular Examinations, November 2007 · ADVANCED ... (b) Prove that let T be a red black tree with n interval nodes then no node has.
It has G2A connected to A15, G2B to RD and G1 · and connected to +SV. Determine the memory map which the system can · address to using 8 number of Roms ...
Sketch the polar plot of the new system · & comment on how the stability of the system is affected as a result of this change. [16] · 7. (a) What is compensation?
Derive the elemental mass matrix for 1-D bar element and 1-D plane truss · element? 8.a) Explain the mesh generation schemes for 3-D problems. b) State the ...
The time required to serve a customer has an exponential distribution with · mean of 80 seconds. Determine the following : · a. Fraction of time the server is busy.
(a) Explain the pre-anesthetic care and preparation undertaken in a hospital. Why it is important? Explain. [8] · (b) How the patients are monitored during surgery ...
III B.Tech I Semester Supplementary Examinations, November 2005. POWER ELECTRONICS · (Electrical & Electronic Engineering) · Time: 3 hours · Max Marks: 80 · Answer any FIVE Questions · All Questions carry equal marks · ***** · 1. (a) Explain the oper
(c) Explain inverted paging method of memory management. [4+4+8] · 4. (a) Explain banker's algorithm for deadlock detection. (b) What are the criteria for a ...
(a) Discuss the path sensitization in a combinational circuit. shown in figure1 · (b) Find the test set to detect A1- SA0 and A1- SA1 faults using Boolean difference.
8. The convolutional encoder is given below Figure1: · Figure 1: ... (b) Construct a code tree for the convolutional encoder for 3-bit input data. [10] · âââââ.
i. plain carbon steel with 4% carbon and 0.8% manganese, ... (a) It is required to design a square key for fixing a gear on a shaft of 30 mm · diameter; to transmit ...
(b) The ground water level in a deposit of fine sand is 1.5 m below ground level. Above the water table ... is 21 kN/m3. Calculate the total stress, the neutral stress.
(b) Explain the following particle size measurement techniques. i. Sedimentation ... compaction. [6]. (b) Define Sintering and how is it different from hot pressing.
III B.Tech I Semester Supplementary Examinations, November 2005. AERO SPACE ... (b) Maximum energy theory. [16] ... plain with live examples. (b) Write a ...
4. What are the objectives of wage and salary administration function? [4+6+6] · 5. Write short notes on: · [4x4=16] · (a) Speculative purchasing · (b) Rate contract ...
(a) What are the different problems associated with measurement of low resis- · tances. Explain. (b) How these problems are eliminated by using Kelvins double ...
(b) What is score boarding and its use in RISC? [10] · 5. (a) Explain the salient features of Pentium architecture. [6] · (b) Draw the schematic blocks of Floating ...