REAL ANALYSIS

REAL NUMBERS , REAL SEQUENCES, INFINITIE SERIES ,CONTINUITY : LIMITS , CONTINUOUS FUNCTIONS, DIFFERENTIATION AND MEAN VALUE THEORMS, RIEMANN INTEGRATION

Beginner 0(0 Ratings) 0 Students enrolled English
Created by Dept of Mathematics
Last updated Fri, 21-Mar-2025
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Course overview

COURSE OBJECTIVES: To enable the students to –

<!--[if !supportLists]-->a.        <!--[endif]-->Know and understand the definition and theorems of Real Analysis

<!--[if !supportLists]-->b.        <!--[endif]-->Apply mathematical concepts and principles to perform numerical and symbolic computations.

<!--[if !supportLists]-->c.        <!--[endif]-->Prove properties of convergent and divergent sequence.

<!--[if !supportLists]-->d.        <!--[endif]-->Verify the given sequence in convergent and divergent by using behavior of Monotonic sequence.

<!--[if !supportLists]-->e.        <!--[endif]-->Prove Cauchy’s first limit theorem, Cesaro’s theorem, Cauchy’s Second limit theorem.

<!--[if !supportLists]-->f.         <!--[endif]-->Explain subsequences, upper and lower limits of a sequence.

<!--[if !supportLists]-->g.        <!--[endif]-->Give examples for convergence, divergence and oscillating series.

<!--[if !supportLists]-->h.        <!--[endif]-->Prove theorems on different test of convergence and divergence of a series of positive terms.

<!--[if !supportLists]-->i.          <!--[endif]-->Verify the given series is convergent or divergent by using different test and To inculcate knowledge on real numbers and their properties & proofs.

<!--[if !supportLists]-->j.          <!--[endif]-->Compare with other fields like engineering , physics and other allied sciences. 

What will i learn?

  • At the end of the course student will -  CO1:Be able to gain knowledge and concepts of Real analysis and it’s applications  CO2:Develop a higher level of mathematical knowledge combined with the ability to think analytically  CO3:Ability to understand the different math concepts and be able to implement them in our everyday problems  CO4:Be able to write simple proofs on their own and study bigger theorems  CO5:Be able to demonstrate the power to integrate data and ideas of differentiation and integration during a coherent and substantive manner and use acceptable techniques for resolution connected issues and establishing theoretical results  CO6:Gain Knowledge of fundamental concepts of real numbers.  CO7:Verify the value of the limit of a function at a point using the definition of the limit  CO8:Learn to check function is continuous understand the consequences of the intermediate value theorem for continuous functions  CO9:Apply the knowledge in higher studies like P.G. and Research.
Requirements
  • Intermediate Maths back ground
Curriculum for this course
22 Lessons 07:24:48 Hours
Module-1: REALNUMBERS, REAL SEQUENCES
8 Lessons 03:11:25 Hours
  • REALNUMBERS, REAL SEQUENCES (video1)
    Preview 00:48:51
  • REALNUMBERS, REAL SEQUENCES (video 2)
    Preview 00:42:07
  • REALNUMBERS, REAL SEQUENCES (video 3)
    Preview 00:42:33
  • REALNUMBERS, REAL SEQUENCES (video 4)
    Preview 00:39:20
  • Module-3 - DIFFERNTIATION AND MEAN VALUE THEOREMS
    Preview 00:18:34
  • Study Material
    Preview .
  • Question bank
    Preview .
  • PPT
    Preview .
Module-2: INFINITE SERIES
6 Lessons 01:03:33 Hours
  • Lecture-1:Infinite Series (Video-1)
    Preview 00:12:09
  • Lecture-2: Infinite Series (Video-2)
    Preview 00:17:52
  • Lecture-3: Infinite Series (Video-3)
    Preview 00:17:12
  • Lecture-4: Infinite Series (Video-4)
    Preview 00:16:20
  • Question Bank
    Preview .
  • Study Material
    Preview .
Module-3: CONTINUITY : LIMITS, CONTINUOUS FUNCTIONS
0 Lessons 00:00:00 Hours
Module-4: DIFFERENTIATION AND MEAN VALUE THEORMS
4 Lessons 01:29:45 Hours
  • Module-1 - DIFFERENTIATION AND MEAN VALUE THEOREMS
    Preview 00:23:57
  • Module 2 - DIFFERENTIATION AND MEAN VALUE THEOREMS
    Preview 00:24:59
  • Module 3- DIFFERENTIATION AND MEAN VALUE THEOREMS
    Preview 00:18:34
  • Module 4- DIFFERENTION AND MEAN VALUE THEOREMS
    Preview 00:22:15
Module-5: RIEMANN INTEGRATION
4 Lessons 01:40:05 Hours
  • RIEMANN INTEGRATION (UNIT-V)
    Preview 00:00:00
  • STUDY MATERIAL
    Preview .
  • PPT
    Preview .
  • RIEMANN INTEGRATION ( UNIT-V )
    Preview 01:40:05
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Dept of Mathematics

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