NTA CSIR UGC NET/SET (JRF & Lecturership) Mathematical Sciences

For the preparation of any National-Level Exam including the CSIR UGC NET Exam an aspirant must prepare strategically along with covering the entire syllabus.“NTA CSIR UGC NET/SET – MATHEMATICAL SCIENCES” has been revised and updated with all the necessary tools & techniques which will assure your success in the exam. This book gives complete syllabus coverage in a chapter-wise manner to grasp the basics of concepts. In each chapter the theories are complete exhaustive and exactly on the lines of exam pattern & difficulty level. Apart from theoretical concepts a proper focus has been provided to practice part with a sufficient number of MCQs to students. Sample Questions and Previous Years Solved Papers will give you insights into the previous exam pattern as well.This book includes:• All-inclusive study and practice tool for NTA CSIR UGC NET/SET• All units are divided into individual chapters with MCQs• Separate exercises as per the pattern of the exam• Includes solutions to Sample Questions provided on the CSIR website• Solved papers (2016-2022) to examine the exam patternTABLE OF CONTENT:UNIT 1: Set Theory and Real Number System Sequences and Series Limit Continuity and Differentiability and Mean Value Theorem The Riemann Integral and Improper Integral Uniform Convergence of Sequence & Series of Functions Functions of Several Variables Functions of Bounded Variation Lebesgue Measure and Metric Space Matrices and Vector Space Linear Transformations Quadratic Forms & Inner Product Spaces UNIT 2: Complex Numbers and Analytic Functions Complex Integration and Calculus of Residues Conformal Mappings Combinatorics Group Theory Ring Theory Topology UNIT 3: Differential Equations Numerical Analysis Calculus of Variations and Linear Integral Equations Classical Mechanics UNIT 4: Descriptive Statistics and Theory of Probability Statistical Inferences and Gauss Markov Model Linear Programming and Queuing Theory Sample Questions Provided on CSIR website (with solutions) Solved Papers (2016 2017 2018 2019 2021 2022)