week 0 (8/30-8/31)	intro
week 1 (9/3-9/7)	§ 5.1 Areas & distances
	§ 5.2 The definite integral
	§ 5.3 Evaluating definite integrals
week 2 (9/10-9/14)	§ 5.4 The Fundamental Theorem of Calculus
	§ 5.5 The substitution rule
	§ 6.1 More about areas
	project #1 assigned (Thurs/Fri)
week 3 (9/17-9/21)	§ 6.2 Volumes
	§ 5.6 Integration by parts
	§ 5.7 Additional techniques of integration
week 4 (9/25-9/28)	§ 5.9 Approximate integration
	§ 5.10 Improper integrals
	project #1 due (Thurs/Fri)
week 5 (10/1-10/5)	review for Prelim 1 (10/2)
	§ 6.3 Arc length
	§ 6.4 Average value of a function
week 6 (10/8-10/12)	Fall Break
	§ 6.7 Probability
	§ 8.1 Sequences
week 7 (10/15-10/19)	§ 8.1 Sequences
	§ 8.2 Series
	project #2 assigned (Wed)
week 8 (10/22-10/26)	§ 8.3 The integral and comparison tests; estimating sums
	§ 8.4 Other convergence tests
week 9 (10/29-11/2)	review for Prelim 2 (10/30)
	§ 8.5 Power series
	§ 8.6 Representations of functions as power series
week 10 (11/5-11/9)	project #2 due (Mon)
	§ 8.6 Representations of functions as power series
	§ 8.7 Taylor & Maclaurin series
week 11 (11/12-11/16)	§ 7.1 Modeling with differential equations
	§ 7.2 Direction fields and Euler's methods
	project #3 assigned
	§ 7.3 Separable equations
week 12 (11/19-11/23)	§ 7.4 Exponential growth and decay
	§ 7.5 The logistic equation
	Thanksgiving
week 13 (11/26-11/30)	§ 8.10 Using series to solve differential equations
week 14 (12/3-12/7)	catch up and review
	project #3 due
	Final Exam: Thursday 12/13