Learn · Introductory Course in Real Analysis
Lecture 49 of 73Week 9
Lecture 49: Boundness Theorem and Max-Min Theorem
Prof. P D Srivastava · IIT Kharagpur
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All the lectures
- Lecture 1: Countable and Uncountable sets
- Lecture 2: Properties of Countable and Uncountable sets
- Lecture 3: Examples of Countable and Uncountable sets
- Lecture 4: Concepts of Metric Space
- Lecture 5: Open ball, Closed ball, Limit point of a set
- Lecture 6: Tutorial - 1
- Lecture 7: Some theorems on Open and Closed sets
- Lecture 8: Ordered set, Least upper bound, Greatest lower bound of a set
- Lecture 9: Ordered set, Least upper bound, Greatest lower bound of a set (contd.)
- Lecture 10: Compact Set
- Lecture 11: Properties of Compact sets
- Lecture 12: Tutorial - 2
- Lecture 13: Heine Borel Theorem
- Lecture 14: Weierstrass Theorem
- Lecture 15: Cantor set & its properties
- Lecture 16: Derived set & Dense set
- Lecture 17: Limit of a sequence & monotone sequence
- Lecture 18: Tutorial III
- Lecture 19 : Some Important Limits of Sequences
- Lecture 20 : Ratio Test Cauchy's Theorems on Limits of Sequences of Real Numbers
- Lecture 21: Fundamental Theorems on Limits
- Lecture 22: Some Results on Limits and Bolzano - Weierstrass Theorem
- Lecture 23: Criteria for Convergent Sequence
- Lecture 24: Tutorial - IV
- Lecture 25 : Criteria for Divergent Sequence
- Lecture 26 : Cauchy Sequence
- Lecture 27 : Cauchy Convergence Criteria for Sequences
- Lecture 28 : Infinite Series of Real Numbers
- Lecture 29 : Convergence Criteria for Series of Positive Real Numbers
- Lecture 30 : Tutorial V
- Lecture 31: Comparison Test for Series
- Lecture 32: Absolutely and Conditionally Convergent Series
- Lecture 33: Rearrangement Theorem and Test for Convergence of Series
- Lecture 34: Ratio and Integral Test for Convergence of Series
- Lecture 35: Raabe's Test for Convergence of Series
- Lecture 36 : Tutorial VI
- Lecture 37 : Limit of functions and cluster point
- Lecture 38 : Limit of functions(contd.)
- Lecture 39 : Divergence criteria for limit
- Lecture 40 : Various properties of limit of functions
- Lecture 41 : Left and Right Hand Limits for functions
- Lecture 42 : Tutorial VII
- Lecture 43 : Limit of Functions at Infinity
- Lecture 44 : Continuous Functions (Cauchy's Definition)
- Lecture 45: Continuous Functions (Heine's Definition)
- Lecture 46: Properties of Continuous Functions
- Lecture 47: Properties of Continuous Functions (Contd.)
- Lecture 48 : Tutorial VIII
- Lecture 49: Boundness Theorem and Max-Min Theorem
- Lecture 50: Location of Root and Bolzano's Theorem
- Lecture 51: Uniform Continuity and Related Theorems
- Lecture 52: Absolute Continuity and Related Theorems
- Lecture 53 : Types of Discontinuities
- Lecture 54 : Tutorial IX
- Lecture 55 : Types of Discontinuities (Contd.)
- Lecture 56 : Relation between Continuity and Compact Sets
- Lecture 57 : Differentiability of Real Valued Functions
- Lecture 58 : Local Max. - Min. Cauchy's and Lagrange's Mean Value Theorem
- Lecture 59 : Rolle's Mean Value Theorems and Its Applications
- Lecture 60 : Tutorial X
- Lecture 61 : Applications of Derivatives
- Lecture 62 : Application of MVT & Darboux's theorem
- Lecture 63 : L' Hospital Rule
- Lecture 64 : Taylor's theorem
- Lecture 65 : Riemann/Riemann Steiltjes Integral
- Lecture 66 : Tutorial XI
- Lecture 67 : Riemann/Riemann Steiltjes Integral (contd.)
- Lecture 68 : Existence of Riemann/Riemann Steiltjes Integral
- Lecture 69 : Riemann/Riemann Steiltjes Integrable functions
- Lecture 70 : Properties of Riemann Steiltjes Intergral
- Lecture 71 : Various Results of Riemann Stieltjes Integral using Step Function
- Lecture 72 : Some more results on Riemann Stieltjes Integral
- Lecture 73 : Tutorial XII