wk	date	reading	topic	homework
1	1/5	Ch I.1-4	Sets	Ch I: 3b, 4b, 7bd, 10a
	1/7	Ch II.1-2	Ordered fields	Ch II: 2ab, 3, 6
	1/9	Ch II.3-4	Least upper bound	Ch II: 10a, 11, 13
				Homework #1 is due Wed Jan 14
2	1/12	Ch III.1	Metric spaces	Ch III: 1abc
	1/14	Ch III.2	Open sets	Ch III: 4, 5, 6
	1/16	Ch III.2	(continued)
3	1/19	MLK	No class
	1/21	Ch III.3	Convergence	Ch III: 8, 10, 11, 18
				Homework #2 is due Wed Jan 28
	1/23	Ch III.4	Complete spaces	Ch III: 24
4	1/26	Ch III.5	Compact spaces	Ch III: 31, 32, 33
	1/27(x)	Ch III.5	(continued)	Ch III: 27, 29
	1/28	Ch III.6	Connectedness
	1/30	Ch IV.1	Continuity	Ch IV: 1acd, 3, 4
				Homework #3 is due Wed Feb 11
5	2/2	Ch IV.2	Continuity and sequences
	2/4	Ch IV.3	Rational fns
6	2/9	Ch IV.4	Cont fns and compact sets	Ch IV: 14, 21
	2/11	Ch IV.5	Cont fns and connected sets	Ch IV: 29b
	2/13	Ch IV.6	Sequences of fns	Ch IV: 33, 42
7	2/16	Ch IV.6	Spaces of functions	Homework: The Hilbert curve
	2/18	Ch V.1-3	Derivatives
	2/20	Ch V.4	Taylor's Thm	Ch V: 11
				Homework #4 is due Wed Feb 25
8	2/23	Ch VI.1-2	Riemann integral	Ch VI: 2, 11, 8
	2/25	Ch VI.3	Integrability
	2/27	Ch VI.3	Integrability	Lecture notes: Riemann integrability
9	3/2	Ch VI.4-5	Calculus
	3/4	Ch VII.1	Derivative of a limit
	3/6	Ch VII.2-3	Power series
10	3/9	Ch VII.3-4	Analytic functions

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