Syllabus

The table below indicates which topics we will cover in each class. Before each class, you should read the lecture notes up to and including the place indicated below. Then you should complete the corresponding quiz, which can be found on Brightspace. You must complete the quiz before the start of the class.

Lec Date Reading Topics
1 Sep 9 §1.1 First axioms of the integers
2 Sep 13 §1.2 (up to Prop. 1.18) Integers: first consequences
3 Sep 16 §1.2, 1.3 More consequences of the axioms, subtraction
4 Sep 20 §2.1, 2.2 Natural numbers, ordering the integers
5 Sep 23 §2.3, 2.4 Induction, the well-ordering principle
6 Sep 27 §3.1–3.3 Logic
7 Sep 30 §4.1, 4.2 Finite series
8 Oct 4 §4.3, 4.4 Binomial theorem, strong induction
9 Oct 7 §5.1, 5.2 Sets, subsets, intersections, unions
10 Oct 14 §5.3–5.5 Cartesian products, functions
11 Oct 18 §6.1, 6.2 Equivalence relations, the division algorithm
12 Oct 21 §6.3 The integers modulo n
Oct 25–29 Reading week
13 Nov 1 §6.4 Prime numbers
Nov 4 §1.1–6.3 Midterm test
14 Nov 8 §7.1 Axioms of the real numbers
15 Nov 11 §7.2, 7.3 Positive real numbers and ordering, the real numbers versus the integers
16 Nov 15 §7.4 Upper and lower bounds
17 Nov 18 §8.1 (up to Prop. 8.12) Injections, surjections, and bijections
18 Nov 22 §8.1, 8.2 Inverse functions, embedding Z in R
19 Nov 25 §9.1–9.3 Unboundedness of the integers, absolute value, distance
20 Nov 29 §9.4 (up to Prop. 9.19) Limits
21 Dec 2 §9.4 Limits
22 Dec 6 §9.5, 10.1, 10.2 Square roots, rational and irrational numbers
23 Dec 8 Review