Bachelor of Arts (BA) - The University of Hong Kong
Bachelor of Arts (BA) - The University of Hong Kong
Bachelor of Arts (BA) - The University of Hong Kong
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260MATH2301.Algebra I (6 credits)Group: Examples <strong>of</strong> groups, subgroups, coset, Lagrange theorem, quotient group, normal subgroup,group homomorphism, direct product <strong>of</strong> groups. Ring: Examples <strong>of</strong> rings, integral domain, ideal,Chinese Remainder theorem. Field <strong>of</strong> fractions, principal ideal domains, euclidean domains, uniquefactorization domains. Field: Definition and examples <strong>of</strong> fields. Polynomials: Polynomial ring in onevariable over a field, polynomials over integers, Gauss' lemma.Pre-requisite: 1. (Two out <strong>of</strong> MATH1101, MATH1102, MATH1201, MATH1202, one <strong>of</strong> whichshould be MATH1202); or2. (MATH1811/MATH1812 or MATH1803).MATH2401.Analysis I (6 credits)<strong>The</strong> metric topology <strong>of</strong> R n . Uniform convergence. Derivative <strong>of</strong> a function <strong>of</strong> several variables. Inversefunction theorem. Implicit function <strong>The</strong>orem. Lagrange multiplier method.Pre-requisite: 1. (MATH1201 and MATH1202); or2. (MATH1811/MATH1812 or MATH1803).MATH2402.Analysis II (6 credits)Lebesgue integral <strong>of</strong> functions <strong>of</strong> one variable. Convergence <strong>The</strong>orems. Integration <strong>of</strong> functions <strong>of</strong>several variables. Fubini's theorem. Change <strong>of</strong> variables. Fields and forms. Poincaré lemma. Stokes'theorem.Pre-requisite: 1. (MATH1201 and MATH1202) and (MATH1101 or MATH1102); or2. (MATH1811/MATH1812 or MATH1803).MATH2403.Functions <strong>of</strong> a complex variable (6 credits)Complex number system. Analytic functions and elementary functions. <strong>The</strong> Cauchy-Riemannequations. Cauchy's theorem and its applications. Taylor's series. Laurent's series. Zeros, singularitiesand poles. <strong>The</strong> Residue <strong>The</strong>orem and its applications.Pre-requisite: 1. (Two out <strong>of</strong> MATH1101, MATH1102, MATH1201, MATH1202, one <strong>of</strong> whichshould be MATH1201 or MATH1202); or2. (MATH1811/MATH1812 or MATH1803).MATH2405.Differential equations (6 credits)Review <strong>of</strong> elementary differential equations. Existence and uniqueness theorems. Second orderdifferential equations, Wronskian, variation <strong>of</strong> parameters. Power series method, Legendre polynomials,Bessel functions. <strong>The</strong> Laplace transform. Linear systems, autonomous systems. Qualitative properties<strong>of</strong> solutions.Pre-requisite: 1. (Two out <strong>of</strong> MATH1101, MATH1102, MATH1201, MATH1202, one <strong>of</strong> whichshould be MATH1201 or MATH1202); or2. (MATH1811/MATH1812 or MATH1803).MATH3302.Algebra II (6 credits)Introduction to module theory. Canonical forms <strong>of</strong> matrices: Rational canonical form, Jordancanonical form, invariant factor. Presentation <strong>of</strong> groups: Generators and relations, free group.Polynomial ring in several variables. Fundamental theorem on symmetric polynomials. Fieldsextension, elements <strong>of</strong> Galois theory (characteristic zero).Pre-requisite: MATH2301.