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wk.	date	reading	topic	Notes
1	9/16	1.2 1.3 1.4	Lines in the Plane. Functions and their graphs. New functions from old.	Print-out, class notes Typos from worksheet 2(b) (see new version above).
	9/18	1.5	Trigonometric functions.	Print-out, class notes
	9/20	1.6	Exponential and logarithmic functions.	Print-out, class notes
2	9/23	2.2, 2.1	The legacy of Galileo, Newton, and Leibniz. Modeling rates of change: introduction.	Print-out, initial spreadsheet, filled-in spreadsheet, class notes
	9/25	2.3, 2.4	Limits of functions. Limits at infinity.	Print-out, class notes
	9/27	2.5	Continuity.	Print-out, class notes
3	9/30	2.6	Tangent lines and their slopes.	Print-out, solutions
	10/2	2.7	The derivative.	Print-out, class notes
	10/4	2.8	Differentiation rules.	Print-out, class notes
4	10/7	2.9, 2.12	Derivatives of trigonometric functions. Derivatives of exponentials.	Print-out, class notes
	10/9	2.11	Implicit differentiation.	Print-out, class notes
	10/11	2.12, 4.10	Derivatives of logarithmic functions Inverse trigonometric functions	Print-out, class notes
5	10/14	2.13, 2.14	Newton's method. Linear approximations.	Print-out, class notes
	10/16	2.10, 3.5	The mean value theorem. Intervals of Increase/Decrease Issues in curve sketching (begin)	Print-out, class notes
	EXAM 1: Wednesday 7pm.       Solutions
	10/18	3.5	Issues in curve sketching continued.	Print-out, class notes
6	10/21	2.17	Related Rates.	Print-out, class notes, solutions, and more practice
	10/23	3.6	Optimization.	Print-out, class notes and solutions
	10/25	2.15, 2.16	Antiderivatives and initial value problems. Velocity and acceleration.	Print-out, class notes
7	10/28	4.1 4.6	Modeling accumulations: introduction. Trappezoid rule and Simpson's rule	Print-out, class notes
	10/30	4.2, 4.3	The definite integral. Properties of the definite integral.	Print-out, class notes
	11/1	4.4, 4.5	The fundamental theorem of calculus. Techniques of integration (omit integration by parts).	Print-out, class notes
8	11/4	4.7	Areas between curves.	Print-out, class notes
	11/6	4.9	Arc length.	Print-out, class notes
	EXAM 2: Wednesday 7pm.       Solutions
	11/8	3.1	Modeling with differential equations: introduction. Separable differential equations: first look.	Print-out, class notes
9	11/11	3.2, 3.3	Exponential growth and decay. Separable differential equations.	Print-out, class notes
	11/13	3.4	Slope fields and Euler's method	Print-out, class notes
	11/15		Review of course	review topics, M3F2011 Final and solutions
10	11/18		Review of course
FINAL EXAM: 11/22, 11:30am       Cumulative.