Real Analysis Part 3

Real Analysis Part 3, available at $39.99, has an average rating of 4.57, with 31 lectures, based on 7 reviews, and has 173 subscribers.

You will learn about Students will learn about the Basic Concepts of Uniform Convergence, Uniform Convergence and Continuity , Uniform Convergence and Integration , Uniform Convergence and Differentiation…including how to apply the Weierstrass's M_Test , Dirichlet's Test , Abel's Test , Comparison Test in solving examples for Uniform Convergence of the sequences and series of the functions. This course is ideal for individuals who are Students preparing for UGC NET , CSIR NET EXAM , Masters in Mathematics . And , Students who are interested in doing the branch of Pure Mathematics as Real Analysis and Post Graduates in Mathematics. It is particularly useful for Students preparing for UGC NET , CSIR NET EXAM , Masters in Mathematics . And , Students who are interested in doing the branch of Pure Mathematics as Real Analysis and Post Graduates in Mathematics.

Enroll now: Real Analysis Part 3

Summary

Title: Real Analysis Part 3

Price: $39.99

Average Rating: 4.57

Number of Lectures: 31

Number of Published Lectures: 31

Number of Curriculum Items: 31

Number of Published Curriculum Objects: 31

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Students will learn about the Basic Concepts of Uniform Convergence, Uniform Convergence and Continuity , Uniform Convergence and Integration , Uniform Convergence and Differentiation…including how to apply the Weierstrass's M_Test , Dirichlet's Test , Abel's Test , Comparison Test in solving examples for Uniform Convergence of the sequences and series of the functions.

Who Should Attend

Students preparing for UGC NET , CSIR NET EXAM , Masters in Mathematics . And , Students who are interested in doing the branch of Pure Mathematics as Real Analysis and Post Graduates in Mathematics.

Target Audiences

Students preparing for UGC NET , CSIR NET EXAM , Masters in Mathematics . And , Students who are interested in doing the branch of Pure Mathematics as Real Analysis and Post Graduates in Mathematics.

This coarse is from the content ‘Real analysis’which consists of Four Sections:

1) Uniform Convergence( Introduction) _ Explains the Basic concepts and some Theorems with Solved Examples ,Cauchy Criterion of Uniform Convergence , Weierstrass’s M-Test (Most Important Result) , Abel’s Lemma and Abel’s Test , Dirichlet’s Test with Solved Examples based on it.

2) Uniform Convergence and Continuity_ Explains the Basic Concept and Theorems with Solved Examples.

3) Uniform Convergence and Integration_Explains the Theorems with Solved Examples.

4) Uniform Convergence and Differentiation_Explains the Theorems with Solved Examples.

Course Curriculum

Chapter 1: Uniform Convergence

Lecture 1: Uniform Convergence Introduction and Cauchy Criterion on Uniform Convergence

Lecture 2: Theorem on Uniform Convergence and Weierstrass's M-Test

Lecture 3: Solved Assignment on Uniform Convergence

Lecture 4: Solved Assignment on Uniform Convergence Continued….1

Lecture 5: Solved Assignment on Uniform Convergence Continued….2

Lecture 6: D'Alembert Test and Comparison Test

Lecture 7: Abel's Lemma and Abel's Test

Lecture 8: Assignment on Abel's Test

Lecture 9: Dirichlet's Test Assignment 1

Lecture 10: Dirichlet's Test Assignment 2

Lecture 11: Dirichlet's Test Assignment 3

Chapter 2: Uniform Convergence and Continuity

Lecture 1: Uniform Convergence and Continuity based Theorems

Lecture 2: Uniform Convergence and Continuity based Theorem

Lecture 3: Uniform Convergence and Continuity Assignment 1

Lecture 4: Uniform Convergence and Continuity Assignment 2

Lecture 5: Uniform Convergence and Continuity Assignment 3

Lecture 6: Uniform Convergence and Continuity Assignment 4

Lecture 7: Uniform Convergence and Continuity Assignment 5

Chapter 3: Uniform Convergence and Integration

Lecture 1: Uniform Convergence and Integration Theorem 1

Lecture 2: Uniform Convergence and Integration Theorem 2

Lecture 3: Uniform Convergence and Integration Assignment 1

Lecture 4: Uniform Convergence and Integration Expected Theorem 1

Lecture 5: Uniform Convergence and Integration Expected Theorem 2

Chapter 4: Uniform Convergence and Differentiation

Lecture 1: Uniform Convergence and Differentiation Theorem 1

Lecture 2: Uniform Convergence and Differentiation Theorem 2

Lecture 3: Uniform Convergence and Differentiation Theorem 3

Lecture 4: Uniform Convergence and Differentiation Assignment 1

Lecture 5: Uniform Convergence and Differentiation Assignment 2

Lecture 6: Uniform Convergence and Continuity Assignment 6

Lecture 7: Uniform Convergence and Continuity Assignment 7

Lecture 8: Uniform Convergence and Continuity Assignment 8

Instructors

Jaswinder Kaur
Mathematics Instructor

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