CSIR-UGC - Mathematics Sciences
720.00
INR
Book Details
Author(s)Dr. V.N. Jha
PublisherUnique
ISBN / ASIN8183576435
ISBN-139788183576437
Sales Rank82,480
MarketplaceIndia 🇮🇳
Description
CSIR-UGC(NET) Mathematical Sciences is devised strictly according to the syllabus prescribed by UGC. Exhaustive coverage of topics, their clear and consie explanation and ample number of questions for practice, form the bedrock of this book. It is neatly divided into three parts, which are modelled in congruence with the examination pattern. Explanations of the theories and solutions of the questions make this book a must have for every aspirant preparing for this examination.
Unit - I
Chapter 1: Analysis
Elementary Set Theroy
- Sets
- Null (or Empty) Set
- Subset
- Equal Sets
- Comparable Set
- Universal Sets
- Difference Set
- Complementary Set
- Union of Sets
- Intersection of Sets
- Disjoint Set
- Ordered Pair
- Cartesian Product
- Union and Intersection of an Arbitrary Family
- Relations
- Functions
- Inverse Mapping
- Composition (Product) of Mappings
- Ordered Structure
- Intervals
- Semi Open or Semi Closed Interval
- Peano’s Postulates
- Bounded and Unbounded Sets
- Order Completeness is R
- Archimedean’s Property of Real Numbers
- Dedekind’s Form of Completeness Property
- Dedekind’s Property
- Binary Operations (or Binary Compositions) is a Set
- Sub-field
- Ordered Field
- Isomorphism of Ordered Field
- Uniqueness of Complete Ordered Field
- R-as a Complete Ordered Field
- Completeness Axiom of R
- Cantor-DedeKind Axiom
- Arithmetical Continuum
- Absolute Value of R
- Neighbourhood of a Point
- Deleted Neighbourhoods
- Interior Points of a Set
- Open Set
- Limit Points of a Set 8
- Derived Set 8
- Adherent Point
- Closure of a Set
- Closed Sets
- Order Completeness Axiom
- Similar Sets
- Equivalent Sets
- Denumerable Sets
- Dedekind Pierce
- Union and Intersection of Countable Sets
- Sequence and Subsequence
- Range
- Limit of Sequence
- Limit Point of a Sequence
- Existence of a Limit Points
- Divergent Sequence
- Bounded Sequence
- Bolzano-Weierstrass Theorem
- Limit Superior and Limit Inferior
- Monotone Sequence
- Real Valued Function
- Series
- Necessary Condition for Convergence
- Cauchy’s General Principle of
- Convergent for Series
- Positive Term Series
- Comparison Test
- Cauchy’s Root Test
- D¢ Alembert’s Ratio Test
- Cauchy’s Condensation Test
- Comparison of Ratios
- Raabe’s Test
- Logarithmic Test
- De Morgan and Bertrand’s Test
- Gauss’s Test
- Integral Test
- Maclaurin’s Integral Test
- General Principle of Convergence
Chapter 2: Linear Algebra
Linear System
- Finite Linear Combination
- Linear Span
- Intersection of Subspace
- Union of Subspaces
- Addition of Sets
- Fundamental Property of a Linear Variety
- Trivial Linear Combination
- Linear Dependent and Independent
- Maximal Linearly Independent
- Principle of Replacement
- Hat or Chapeau Functions
- Standard Basis
- Ordered Basis
- Counting of Basis
- Linear Sum
- More about Direct Sum
- Quotient Spaces
- Deficiency (or Co-dimension)
- Linear Transformations
- Linear Extension
- Range
- Kernel (Null Space)
- Rank and Nullity
- Rank-Nullity Theorem
- Singular and Non-singular Transformation
- Inverse Linear Transformation
- Consequences of Rank-Nullity Theorem
- Isomorphic
- Fundamental Isomorphism Theorem
Unit - II
- Chapter 1: Complex Analysis
- Chapter 2: Algebra
- Chapter 3: Topology
Unit - III
- Chapter 1: Ordinary Differential Equations (ODE)
- Chapter 2: Partial Differential Equation (PDE)
- Chapter 3: Numerical Analysis
- Chapter 4: Calculus of Variations
- Chapter 5: Integral Equations
- Chapter 6: Classical Mechanics
Unit - IV
- Chapter 1: Descriptive Statistics, Exploratory Data Analysis
- Chapter 2: Operations Research (Linear Programming Problem)
- Chapter 3: Queueing Theory (Waiting Line Models)
- Chapter 4: Inventory Control
Part - C
- Chapter 1: Real Analysis
- Chapter 2: Linear Algebra
- Chapter 3: Complex Analysis
- Chapter 4: Modern Algebra
- Chapter 5: Topology
- Chapter 6: Ordinary Differential Equations
- Chapter 7: Partial Differential Equations
- Chapter 8: Numerical Method
- Chapter 9: Calculus of Variations
- Chapter 10: Integral Equations
- Chapter 11: Mechanics
- Chapter 12: Statistics
- Chapter 13: Operation Research
- Chapter 14: Queuing Theory
v Solved Paper: 2012
v Solved Paper: 2013
