Life of Fred: Real Analysis

The Real Numbers, Sequences, Series, Tests for Series Convergence, Limits and Continuity, Derivatives, the Riemann Integral, Sequences of Functions, Series of Functions, and Looking Ahead to Topics beyond a First Course in Real Analysis.

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Description

The Real Numbers, Sequences, Series, Tests for Series Convergence, Limits and Continuity, Derivatives, the Riemann Integral, Sequences of Functions, Series of Functions, and Looking Ahead to Topics beyond a First Course in Real Analysis.

Subtopics include:

  • The axiomatic approach to the real numbers,
  • eleven properties of the real numbers,
  • mathematics after calculus,
  • definition of a function,
  • if a and b are irrational, must ab also be irrational?,
  • two definitions of dense subsets, the natural numbers are well-ordered,
  • the positive real numbers are Archimedean—two definitions,
  • math induction proofs,
  • one-to-one (injective) functions,
  • cardinality of a set,
  • four definitions of onto,
  • finding a one-to-one onto function from (0, 1) to [0, 1],
  • countable and uncountable sets,
  • Root Test, Ratio Test, Integral Test,
  • absolute and conditional convergence,
  • weak and strong induction proofs,
  • secant lines,
  • limit proofs using ε and δ,
  • eight theorems about limits and their proofs,
  • lim g(f(x)) does not always equal g(lim f(x)),
  • continuous functions,
  • four theorems about pairs of continuous functions,
  • the squeeze theorem,
  • a very short proof that lim sin x = 0 as x approaches zero,
  • two definitions of derivative,
  • the delta process,
  • the five standard derivative rules and their proofs,
  • how much detail to put in a proof,
  • Schwarzschild radii,
  • converses, contrapositives, and inverses,
  • Intermediate Value Theorem,
  • Rolle’s theorem,
  • Mean Value Theorem,
  • L’Hospital’s rule,
  • proving lim (sin θ)/θ = 1 in two steps,
  • detailed definition of the Riemann integral,
  • uniform continuity,
  • Fundamental Theorem of Calculus,
  • Cauchy sequence of functions,
  • Cauchy series of functions,
  • uniform convergence of a series of functions,
  • Weierstrass M-test,
  • power series,
  • two formulas for the radius of convergence,
  • taking derivatives and antiderivatives of a power series,
  • Weierstrass Approximation theorem, finding an approximation for ln 5 on a desert island, and the Cantor set.

Click here to download a sample.