Download anna university question paper for electrical and electronics engineering e department/branch semester examination. Download old papers, solved question banks, important questions with answers, model question papers, important 16marks and 2marks questions with answer, syllabus, reference book for each subject for b.e / b.tech 2008, 2010 and 2013 regulation for anna university chennai, coimbatore, tiruchirappalli/trichy, tirunelveli and madurai affiliated colleges. Find previous year questions papers listed subject wise below in the order first 1st, second 2nd, third 3rd, fourth 4th, fifth 5th, sixth 6th, seventh 7th and eighth 8th semesters. Ee2026 power system dynamics ee6702 protection and switchgear ee6703 special electrical machines mg6851 principles of management re: question papers of b.e ece of 5th semester anna university here i am providing you question paper of b.e ece of 5th semester for anna university 1.what are the three effects of deforestation? 2. Give any two schemes of human health program initiated by indian government on effects of population growth.

Sustainable livelihoods and their protection recovery from disaster protective finishes for disaster management and their standards: fire, chemical and biochemicals. Department of computer science and engineering dcse , formerly known as school of computer science and engineering, was carved out of the school of electronics and communication engineering in september 1987. Dcse functions as one of the university departments having academic autonomy enabling it to frame its own syllabus and curriculum. It offers undergraduate, postgraduate and research programmes in various disciplines of computer science amp engineering. The department functions under the faculty of information and communication engineering.

The department imparts world class training and platform for research to the students. The department provides state of the art computing facilities to the students enabling them to stay a step ahead. It also promotes active industry institute collaboration by identifying key areas of interest to the industry and taking part in sponsored research projects and consultancy services. Some of the major research areas on which the faculty members and students working include networks, database, theoretical computer science, multimedia, image processing, software engineering and data mining.

The department also plays host to a number of workshops and student managed symposiums. Abacus is the official symposium of the department that sees participants from all over india. The prescribed rear impact tests have been conducted and the design was found to be alright. The gas tank caught fire at an impact very marginally higher that the value stipulated in the impact test. I what is an intellectual property right? 2 ii discuss briefly the various forms of intellectual property rights? 14 i write briefly on the sequence of events that occurred during the launch of the challenger space ship? 8 ge 2021 environmental science and engineering regulation 2008 common to computer science and engineering and information technology 1. State the role and responsibility of an individual in the prevention of pollution. What are the effects of population explosion? part b 5 215 16 80 marks 11.

8 ii discuss the impacts of handling the mineral resources for extraction and subsequent utilization, on the environment. 8 b i discuss in detail the causes and consequences of overexploitation of forest resources. Degree examination, april / may 2011 electrical and electronics engineering ee 2351 – power system analysis time: three hours maximum: 100 marks 1. A i with the help of single line diagram, explain the basic components of a power system. 8 ii write detailed notes about the per phase model of a three phase transformer.

8 b draw the impedance diagram for the electric power system shown in given figure showing all impedance in per unit on a 100 mva base. 16 generator g1: 90 mva 20 kv x 9 % transformer t1: 80 mva 20 / 200 kv x 16 % transformer t2: 80 mva 200 / 20 kv x 20 % generator g2: 90 mva 18 kv x 9 % load: 200 kv, s 48 mw + j64 mvar 12 a with neat flow chart explain the computational procedure for load flow solution using fast decoupled method when the system contains all types of buses. B explain the step by step computational procedure for gauss seidel method of load flow studies.

B a 11 kv, 100 mva alternator having a sub transient reactance of 0.25 p.u is supplying a 50 mva motor having a sub transient reactance of 0.2 p.u through a transmission line. The motor is drawing 40 mw at 0.8 p.f leading with a terminal voltage of 10.95 kv when a 3 phase fault occurs at the generator terminals. A what are the assumptions to be made in short circuit studies? deduces and thaw the sequence network for a line fault at the terminal of an unloaded generator. B two 11 kv, 20 mva, three phase, star connected generator operate in parallel as shown in given figure the positive, negative and zero sequence reactances of each being, respectively, j0.18, j0.15, j0.10 p.u.

The star point of one of the generators is isolated and that of the other is earthed through a 2.0 o resistor. Estimate i the fault current ii current in grounding resistor, and i the voltage across grounding resistor. A describe the runge kutta method of solution of swing equation for multi machine systems. re: anna university tirunelveli ece syllabus anna university was established on 17 september 2007.

Electronics and communication engineering to learn error control coding which encompasses techniques for the encoding and decoding of digital data streams for their reliable transmission over noisy unit i digital communication system 8 introduction to analog pulse communication systems digital communication systems functional description, channel classification, performance measure geometric representation of signals, bandwidth. Unit ii baseband formatting techniques 10 sampling impulse sampling, natural sampling, sampler implementation quantisation uniform and non uniform encoding techniques for analog sources temporal waveform encoding, spectral waveform encoding, model based encoding, comparison unit i baseband coding techniques 9 error control codes block codes. Convolutional codes, concept of error free communication classification of line codes, desirable characteristics and power unit iv baseband reception techniques 9 to study the signal processing methods and processors. To study dft and its computation to study the design techniques for digital filters to study the finite word length effects in signal processing to study the non parametric methods of power spectrum estimations to study the fundamentals of digital signal processors. Unit i finite impulse response digital filters 9 symmetric and antisymmetric fir filters linear phase fir filters design using hamming, hanning and blackmann windows frequency sampling method realization of fir filters transversal, linear phase and polyphase structures. Introductory system design using microprocessors, 8086 hardware architecture, external memory addressing, bus cycles, some important companion chips, maximum mode bus cycle, 8086 system configuration, memory interfacing, minimum mode system configuration, maximum mode system configuration, interrupt processing, direct memory access.

Unit ii 16 bit microprocessor instruction set and assembly programmers model of 8086, operand types, operand addressing, assembler directives, instruction set data transfer group, arithmetic group, logical group, control transfer group, miscellaneous instruction groups, programming. Unit i microprocessor peripheral interfacing 9 introduction, generation of i/o ports, programmable peripheral interface ppi intel 8255, sample and hold circuit and multiplexer, keyboard and display interface, keyboard and display controller 8279 , programmable interval timers intel 8253, 8254 , d to a converter, a to d converter, crt terminal interface, printer interface. Unit iv 8 bit microcontroller h/w architecture, instruction introduction to 8051 micro controller, architecture, memory organization, special to lay a strong foundation on the theory of transmission lines and wave guides by highlighting their applications. To become familiar with propagation of signals through lines understand signal propagation at radio frequencies understand radio propagation in guided systems to become familiar with resonators the neper the decibel characteristic impedance of symmetrical networks current and voltage ratios propogation constant, properties of symmetrical networks filter fundamentals pass and stop bands. Constant k filters low pass, high pass band, pass band elimination filters m derived sections filter circuit design filter performance crystal filters. Unit ii transmission line parameters 9 a line of cascaded t sections transmission lines general solution, physical significance of the equations, the infinite line, wavelength, velocity, propagation, distortion line, the telephone cable, reflection on a line not terminated in zo, reflection coefficient, open and short circuited lines, insertion loss.

At the end of this course the student is expected to understand what constitutes the environment, what are precious resources in the environment, how to conserve these resources, what is the role of a human being in maintaining a clean environment and useful environment for the future generations and how to maintain ecological balance and preserve bio diversity. Unit ii environmental pollution 8 definition causes, effects and control measures of: a air pollution b water pollution c soil pollution d marine pollution e noise pollution f thermal pollution g nuclear hazards soil waste management: causes, effects and control measures of municipal solid wastes role of an individual in prevention of pollution pollution case studies disaster management: floods, earthquake, cyclone and landslides. Case studies land resources: land as a resource, land degradation, man induced landslides, soil erosion and desertification role of an individual in conservation of natural resources equitable use of resources for sustainable lifestyles. Wasteland reclamation consumerism and waste products environment production act air prevention and control of pollution act water prevention and control of pollution act wildlife protection act forest conservation act enforcement machinery involved in environmental legislation central and state pollution control boards public awareness. Unit v human population and the environment 6 population growth, variation among nations population explosion family welfare programme environment and human health human rights value education hiv / aids women and child welfare role of information technology in environment and human health case studies. Rajagopalan, r, environmental studies from crisis to cure, oxford to implement the processing techniques using the instructions of 2. 61623 to study signal space representation of signals and discuss the process of sampling, quantization and coding that are fundamental to the digital transmission of analog signals.

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