MATH 255: Lecture Notes
Lecture 1 (The Riemann-Stieljes Integral: Introduction and Definition)
(pdf form)
(ps form)
Lecture 2 (The Riemann-Stieljes Integral: Linearity and Additivity)
(pdf form)
(ps form)
Lecture 3 (The Riemann-Stieljes Integral: Integration by Parts and Change of Variable)
(pdf form)
(ps form)
Lecture 4 (The Riemann-Stieljes Integral: Reduction to a Riemann Integral, Step Functions
(pdf form)
(ps form)
Lecture 5 (The Riemann-Stieljes Integral: The Darboux Definition)
(pdf form)
(ps form)
Lecture 6 (The Riemann-Stieljes Integral: Strict Integrability)
(pdf form)
(ps form)
Lecture 7 (The Riemann-Stieljes Integral: Comparison and Existence Theorems)
(pdf form)
(ps form)
Lecture 8 (The Riemann-Stieljes Integral: Functions of Bounded Variation)
(pdf form)
(ps form)
Lecture 9 (The Riemann-Stieljes Integral: Mean Value and Fundamental Theorems)
(pdf form)
(ps form)
Lecture 10 (The Riemann-Stieljes Integral: Lebesgues's Integrability Criterion)
(pdf form)
(ps form)
Lecture 11 (Sequences of Functions: Pointwise and Uniform Convergence)
(pdf form)
(ps form)
Lecture 12 (Sequences of Functions: Uniform Convergence)
(pdf form)
(ps form)
Lecture 13 (Sequences of Functions: Uniform Convergence and Differentiation) )
(pdf form)
(ps form)
Lecture 14 (The Elementary Transcendental Functions: Exponential and Log Functions)
(pdf form)
(ps form)
Lecture 15 (The Elementary Transcendental Functions: The Circular Functions)
(pdf form)
(ps form)
Lecture 16 (The Elementary Transcendental Functions as Integrals)
(pdf form)
(ps form)
Lecture 17 (Infinite Series)
(pdf form)
(ps form)
Lecture 18 (Positive Series: Comparison, Rartio and n-th Root Tests)
(pdf form)
(ps form)
Lecture 19 (Positive Series: Integral and Kummer-Jensen Tests)
(pdf form)
(ps form)
Lecture 20 (Tests for Non Absolute Convergence, Infinite products)
(pdf form)
(ps form)
Lecture 21 (Power Series)
(pdf form)
(ps form)
Lecture 22 (Power Series: The Binomial Series)
(pdf form)
(ps form)
Lecture 23 (Improper Integrals)
(pdf form)
(ps form)
Lecture 24 (Introduction to Metric Spaces)
(pdf form)
(ps form)
Lecture 25 (Introduction to Metric Spaces: Compactness))
(pdf form)
(ps form)
Lecture 26 (Introduction to Metric Spaces: Continuity)
(pdf form)
(ps form)
Lecture 27
(The Topology of Metric Spaces) (pdf form)
(ps form)
Lecture 28 (Normed Spaces)
(pdf form)
(ps form)
Changes to Lecture Notes
(pdf form)
(ps form)
Key Theorems