B.Sc. Mathematics is an undergraduate degree in the domain of Mathematical studies. The course aims at providing knowledge about disciplines of Maths such as Calculus, Differentiation, Integration, Linear programming, etc.
It is a 3-year professional degree course pursued by aspirants willing to make a career in the Mathematical domain and related disciplines.
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B.Sc. Mathematics: Course Structure
The subjects of B.Sc. Mathematics courses are designed in such a way that they primarily focus on developing mathematical skills in algebra, calculus and data analysis. B.Sc. Mathematics course is an amalgamation of in-depth knowledge of geometry, trigonometry, calculus and other theories.
It also explores related topics like Computer Science and Statistics. This degree course helps students in building a good foundation base for pursuing higher studies.
B.Sc. Mathematics Syllabus
Year I | |
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Topic | Description |
Calculus |
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Probability & Statistics |
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Analytical Solid Geometry |
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Differential Equations |
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Year II | |
Topic | Description |
Real Analysis |
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Abstract Algebra |
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Mechanics |
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Linear Algebra |
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Year III | |
Topic | Description |
Discrete Mathematics |
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Linear Programming & Its Applications |
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Complex Analysis |
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Numerical Analysis |
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B.Sc. Mathematics Subjects
Subjects of Study | |
---|---|
Calculus | Analytical Solid Geometry |
Probability & Statistics | Differential Equations |
Real Analysis | Mechanics |
Abstract Algebra | Linear Algebra |
Discrete Mathematics | Complex Analysis |
Linear Programming & Its Applications | Numerical Analysis |
B.Sc. Mathematics: Subject Books
Name of the Book | Author |
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Calculus- Single and Multivariable | Hughes and Hallet |
Contemporary Abstract Algebra | Joseph A. Gallian |
Basic Abstract Algebra | Bhattacharya |
Functional Analysis and Applications | S. Kesavan |
Ordinary Differential Equations | Morris Tenenbaum and Harry Pollard |
Calculus and Analytical Geometry | GB Thomas and RL Jinney |
Derivatives and Integrals of Multi-variable Functions | Alberto Guzman |
Numerical Analysis of Partial Differential Equations | S.H. Lui |
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