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16th May 2015, 02:56 PM
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Join Date: Apr 2013
Re: Anna University Msc Entrance Exam

Anna University directs entrance exams for admission into M Sc degree course, in various programs.

The entrance exam is conducted for the following course:

M.Sc. (Economics) & M.Sc. (Financial Economics)
M Sc (Environmental Science)
M.Sc. (Science & Technology Communication)
M.Sc. (Electronic Media)
M.Sc. (Applied Geology)
M.Sc. (Applied Chemistry)
M.Sc. (Material Science) & M.Sc. (Medical Physics)
M.Sc. ( Applied Mathematics)

Eligibility

Applicants must have cleared B.Sc in any of the following courses: Environmental Science / Environmental Management / Micro Biology / Chemistry / Plant Biology and Plant Bio Technology /. Botany / Zoology / Biology / Bio-Chemistry .

Exam Pattern

The M.Sc entrance examination question paper are objective type of questions, each having four choices for the answer.

The M.Sc entrance examination question paper typically consists of 100 questions.

One mark is awarded for every correct answer

¼ marks are deducted for each wrong answer.

No mark is deducted for questions that are left unanswered.

MATHEMATICS

Part 1: MODERN ALGEBRA AND ANALYTICAL GEOMETRY: Group, rings and fields Vector spaces. Hermitian, Unitary and normal transformations – General equation of second degree – tracing of conics – polar equations, shortest distance between skew lines – sphere, cone and cylinder- ellipsoid, paraboloid and huperboloid – normal and tangent planes. Part

2: COMPLEX ANALYSIS AND SERIES: Analytic function – Cauchy – Riemann equations – Conjugate harmonic functions. Elementary functions – conformal mapping – complex integration. Cauchy’s theorem and application – singularities and residues, Convergency tests – alternating series – Leibnitz test – power series – radius of conver gence. Part

3: VECTOR ANALYSIS, INTEGRATION AND DIFFERENTIAL EQUATIONS: Grad., div., curl., Line, Surface, Volume integrals and Jacobians – Gauss and Stoke theorems – Improper integrals – Beta, gamma Functions, Linear Equations with variable coefficients. Simultaneous differential equations – General, particular and complete integrals – Lagrange’s Equation. Part

4: NUMERICAL METHODS, PROGRAMMING DATA STRUCTURES AND ALGORITHMS: Roots of alg, and transcendental equations, method of bisection. Newton’s method – Trapezoidal and Simpson’s rule of num. Integration – Straight line fitting by least square method dimesion, subscribed. Fortran and Basic – Variables, Statements I/O Statements, Formats, variables, function, subprograms, Data Structures – Arrays, Stacks, Queues -linked List Trees Algorithm – Sorting and searching.

Part 5: DISCRETE MATHEMATICS AND AUTOMATA: Set theory – Inclusion – Exclusion principle – relations – functions posets – Lattices-Boolean Algebra, Gate networks, Logic – Graphs – Trees -Recursion – Permutations and Combinations – finite field – field extension – finite automata – push down automata.

PHYSICS

Part 1: MECHANICS: Linear and angular Velocity – Linear and Angular Acceleration – Projectile – Impulse and Impact -Simple Harmonic Motion – Moment of Inertia. Theory of moments friction – Simple Machines – Centre of gravity – Virtual work. Thrust Centre of pressure – Floating bodies – Metacentre – Atmospheric Pressure Versus Altitude. Equation of continuity – Bernoulli’s theorem and applications. Part

2: GENERAL PHYSICS, SOUND, HEAT AND THERMODYNAMICS : Gravitation and elements of space science – elasticity – surface tension – viscosity – Lissajou’s figures – velocity of sound, ultrasonics and applications – acoustics of buildings – Recording and Reproduction of sound – Doppler effect. Calorimetry -Kinetic theory of gases – 1st, 2nd, 3rd Laws of thermodynamics – heat engines, low temperature physics -convection, conduction and radiation. Part

3: OPTICS AND SPECTROSCOPY : Reflection – Refraction – Mirrors – Lenses – defects in lenses – optical instruments – Photometry- velocity of light – interference – diffraction – polarisation – crystal optics, classification of spectrainfra-red , ultra violet and Raman spectroscopy. Part

4: ELECTRICITY ,MAGNETISM AND ELECTROMAGNETISM : Electrostatics , current electricity -elecrolysis- thermoelectricity – heating effect -magnetic materials- hysteresis – galvanometers – electromagnetic induction-bridge circuits – LCR circuits – motors and generators. Part

5: ATOMIC PHYSICS, NUCLEAR PHYSICS AND ELECTRONICS : Cathode rays – electron theory of metals – atomic structure, X-rays – application to crystallography – special theory of relativity – wave mechanics – size, charge, mass, spin of nucleus – Radioactivity – particle accelerators, nuclear reactions, nuclear – energy -cosmic rays, elementry particles .Series and parrallel resonance circuits – valves – semiconductors – power supply amlifiers – oscillators -Modulation and detection-Radiation and wave propagation – Microwaves Electronic measuring instruments – T.V – Radar.

CHEMISTRY

Part 1: ORGANIC CHEMISTRY : Preparation and properties of aliphatic and aromatic hydrocarbons, halides, hydroxyl derivatives, ketones, aldehydes, ethers, amines, nitro compounds, carboxylic acids, esters and amides – Polar effect, electrophillic and nucleophilic substitutions, free radical and elimination reactions – Aromaticity – Non benzenoid aromatic compounds, alicyclic compounds, Carbohydrates, Amino acids and Proteins – Heterocyclic compounds – Structural and Geometrical isomerism – Name reactions and rearrangements.

Part 2: INORGANIC CHEMISTRY : Electronic structure of atom – quantum Numbers – Periodic Table – Periodic Properties of elements – Classification of elements in to s,p,d and f type blocks – Bonding in ionic and covalent compounds – VB, MO and VSEPR theories – Chemistry of rare gases, halogens and halides, oxygen and oxides, sulphur and nitrogen compounds – general methods of isolation of metals from ores – Al, Mg, Fe, Xn, Sn, Pb and Ti – Coordination compounds – nomenclature and isomerism – Nuclear chemistry – Radiations Types of reactions.

Part 3: PHYSICAL CHEMISTRY: First and second law of thermodynamics – applications – concept of entropy -Chemical potential – Electrochemistry – lon activities – Theories of electrolytic conductance – Electrochemical cells – Evaluation of thermodynamic functions – Polarisation – Secondary cells – Chemical kinetics -Experimental techniques – First, second and third order reactions – Complex reactions – Eyring equation -Photochemical reactions – Absorption isotherms – Determination of surface area – Phase rule – one and two component systems -Applications.

Part 4: ANALYTICAL CHEMISTRY : Data analysis – Types of errors – Precision and accuracy – Method of expressing precision – Titrimetry – Principles – Indicators – Gravimetric analysis – Principles – Determination of Fe, Al, Pb, Ba, Ni and Ca – Organic reagents in inorganic analysis – Stoichiometric calculations – Separation and purification techniques – Chromatography – Thermo analytical methods – Polarography and polarimetry – Physical methods of study of molecular structure – dipole moment, magnetic moment. UV – Visible and infra-red spectroscopy.

Part 5: APPLIED CHEMISTRY: Fossil Fuel – Coal – Varieties of coal – petroleum -Origin – Refining – Products of Petroleum refining – Natural gas – LPG – Polymers – Addition, condensation polymers – Commercial Plastics -Synthetic rubber – Ceramics, Glass Abrasives and refractories – Properties and uses, Fertilizers, N, P, K fertilizers – Manufacture – Corrosion and corrosion control – Preventive measures – Soap, detergent, pulp and paper -Water and wastewater treatment.


For the entrance exam syllabus , here is the attachment
Attached Files
File Type: doc Anna University MSc Entrance Exam Syllabus.doc (46.5 KB, 185 views)


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