PG CO'S


DEPARTMENT OF MATHEMATICS
COURSE OUTCOMES FOR PG 2018-2019
M.Sc. MATHEMATICS
SEMESTER- I: PAPER I - ALGEBRA                     PAPER CODE: 10101
CO1: To understand the basic concepts of G-sets and finite Abelian groups
CO2: To understand the basic concepts of ideals and homomorphism.
CO3: To gain the knowledge of Integrals domain and its applications
CO4: To study the basic concepts of Modules and its applications.

SEMESTER- I: PAPER II - REAL ANALYSIS        PAPER CODE: 10102
CO1: To understand the basic concepts of the Topological space.
C02:  Students identify the difference between the Riemann integral and Riemann Stieltjes integral.
CO3: To analyze the arithmetic sequences and series to solve the problems.
CO4:  knowledgeable students will able to solve the proper and improper integrals

SEMESTER- I: PAPER III – ORDINARY DIFFERENTIAL EQUATIONS          
                                                                                                             PAPER CODE: 10103
CO1: To gain the problem solving Knowledge of Oscillating theory and boundary value problems.
CO2: To study order equations of power series and ordinary points.
CO3: To know some special functions of Mathematical physics
CO4: To understand the existence, uniqueness solutions of Picard’s theorem.

SEMESTER- I: PAPER IV - NUMERICAL METHODS AND C - PROGRAMMING                            
                                                                                                                PAPER CODE: 10104
CO1: To study the concepts of interpolation with cubic spline.
CO2: To know various techniques of numerical solutions of ordinary differential equations.
CO3: To study the basic concepts, definitions and over view of C
CO4: To understand the strings, functions, structure and pointers of C-Programming.

SEMESTER- I: PAPER V – COMPLEX ANALYSIS               PAPER CODE: 10105
CO1: To understand the basic introduction to the complex numbers and also Analytic functions
CO2: To understand the Mobius transformation and also how to solve different types of Mobius transformation problems.
CO3: To study the Cauchy integral theorem and their problems in Complex integral
CO4: To understand the solution for different types of power series problems

SEMESTER-II: PAPER VI - DISCRETE MATHEMATICS      PAPER CODE: 20101
CO1: To understand how to solve the problems by using the mathematical logics for the statements
CO2: To study the various methods of predicate calculus.
CO3: To understand both lattices and Boolean algebra.
CO4: The students will be able to apply principles and concepts of graph theory in practical situations.

SEMESTER-II: PAPER- VII - MEASURE AND INTEGRATION    PAPER CODE: 20102
CO1: Students can understand the basic concepts of sets and relations.
CO2: The students understand the difference between the measure and outer measure in the measure theory
CO3: Students can identify the Lévesque integral is extended to the Riemann Integral
CO4: To learn the differentiation and integration.

SEMESTER-II: PAPER- VIII – PARTIAL DIFFERENTIAL EQUATIONS          
                                                                                                                    PAPER CODE: 20103
CO1: To understand the orthogonal trajectories and the pfaffian differential equations.
CO2: Students can learn first order partial differential equations
CO3: To understand the canonical forms of the second order partial differential equations
CO4: To understand the Laplace equations and also understand the boundary value problems.

SEMESTER- II: PAPER IX - TOPOLOGY                                         PAPER CODE: 20104
CO1: To know the basic concepts of set theory and its logics.
CO2: To gain knowledge of Topology, Basis and types of Topologies
CO3: To understand the concepts of connectedness, compactness.
CO4: To get the basic knowledge of countability and separation of axioms.
SEMESTER-I I: PAPER X – ADVANCED COMPLEX ANALYSIS
                                                                                                                  PAPER CODE: 20105
CO1: To gain knowledge of Laurent series and to solve the singular point problems.
CO2: To study residue theorems and its applications.
CO3: To know the concepts of Harmonic functions and conformal mapping.
CO4: To understand the infinite product and partial fractions expansions.
SEMESTER- III: PAPER XI – COMMUTATIVE ALGEBRA      PAPER CODE: 30101
CO1: To know the basic concepts of ideals, modules and homomorphism.
CO2: To understand the concept of finite condition series.
CO3: To study the basic definitions of Noetherian rings and Hilbert basis theorem
CO4: To understand the Lasker – Noetherian decomposition theorem and applications of zero divisors, Nil potent elements.

SEMESTER -III: PAPER XII – FUNCTIONAL ANALYSIS         PAPER CODE: 30102
CO1: To understand   basic concepts of Vector space and Normed linear space.
CO2: To get Knowledge of Natural imbedding theorems and open mapping theorem.
CO3: To understand the basic concepts of Hilbert spaces.
CO4: To study self adjoint operators and finite dimensional spectral theory.

SEMESTER -III: PAPER XIII - DIFFERENTIAL GEOMETRY   PAPER CODE: 30103
CO1: To Explain about the basic concepts of space curves and different types of planes
CO2: Students can understand the parametric equation of a surface and local intrinsic properties of a surface.
CO3: Students can identify the solution of local intrinsic and non intrinsic properties of a surface
CO4: To Explain about the Geodesic equations and canonical geodesic equations.

SEMESTER-III: PAPER- XIV:  NUMBER THEORY              PAPER CODE: 30104
CO1: To Study the properties of positive numbers and different types of Arithmetical functions
CO2: To Explain the Average of Arithmetical functions.
CO3: To understand the foundations of theory of congruence’s.
CO4: To Explain the Quadratic residues and Quadratic non – residues and different functions of Quadratic reciprocity laws.
SEMESTER-III: PAPER- XIV:  CLASSICAL MECHANICS       PAPER CODE: 30105
CO1: To analyze the concept of Mathematical physics, D’Alembert’s principle and Lagrange’s equations
CO2: To understand the variation principle and Lagrange’s equations, non - halonomic system
CO3: To gain knowledge of Hamilton equations of motion by using the Lagrange’s equations
CO4: To know the solutions for canonical transformations problems, Poisson’s brackets and Jacobi theory.

SEMESTER-IV: PAPER XV - GALOIS THEORY               PAPER CODE: 40101
CO1: Students can understand the basic concepts of polynomials and ring polynomials and their properties and the extension field.
CO2: To study the difference between normal and separable extensions.
CO3: To learn Galois Theory
CO4: Students can identify the applications of Galois Theory to the classical problems.

SEMESTER-IV:  PAPER XVII -   OPERATIONS RESEARCH     PAPER CODE: 40102
CO1: To Understand different types of problems in Linear programming..
CO2: Students will know how to run many companies to get more property by using “Scientific inventory management”.
CO3: To solve problems by using the dynamic programming.
CO4: To learn basics and characteristics of Game theory.

 SEMESTER- IV: PAPER XVIII – GRAPH THEORY        PAPER CODE: 40103
CO1: To know basic definitions and concept of Graphs and sub graphs.
CO2: To gain knowledge of trees and its applications
CO3: To understand connectivity graphs and its applications.
CO4: To understand the Euler tour Hamiltonian cycles and its applications

SEMESTER-IV:  PAPER XIX-    BANACH ALGEBRA      PAPER CODE: 40104
CO1: To identify the liner space and Ideals and understand the spectral radius formula
CO2: To study the Gelfand mapping and Gelfand neumark theorems,
CO3: To understand the compact Hausdorff space and its knowledge to apply on theorems
CO4:  To study the basic concepts of Boolean algebra, Boolean rings and  Picard’s theorem.

SEMESTER- IV: PAPER XX – MATHEMATICAL STATISTICS
                                                                                                       PAPER CODE: 40105
CO1: To know the basic concept and definitions of the probability set function.
CO2: To gain knowledge of distribution of functions and sampling theory
CO3: To study various distributions.
CO4: To gain knowledge of point estimations, confidence intervals and relevant theorems.





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