Week 
Topics 
Assignments 


Introduction, Appendices A and B Sec. 1.1: Four ways to represent a function Sec. 1.2 Mathematical Models 
Problem Set 1 
Feb 2 
App. C Sec. 1.3: New functions from old functions Sec. 1.5: Exponential functions Sec. 1.6: Inverse functions and logarithms 
Problem Set 2 due Feb 9/10, but check with your TA 
Early Midterm Exam: Wednesday, February 11, 8:30  10:00 pm 

Feb 9 
Sec. 2.1: The tangent and velocity problems Sec. 2.2: The limit of a function App. D: Precise definitions of limits 
Problem Set 3 due Feb 18 or 19: New: No App. D problems 
Feb 16 
Sec. 2.3: Calculating limits using the limit laws Sec. 2.4: Continuity Review 
Problem Set 4 due Mon/Tues Feb 23/24 
Midterm Examination I: Tuesday, February 24,
8:3010:00 pm 

Feb 23 
Sec. 2.5: Limits involving infinity Sec. 2.6: Tangents, velocities, and other rates of change 
Problem Set
5 due Wed/Thurs March 3/4 
Mar 1 
Sec. 2.7: Derivatives Sec. 2.8: The derivative as a function 
Problem Set 6 due Wed/Thurs Mar 10/11 
Mar 8 
Sec. 2.10: What does f' say about f? Sec. 3.1: Derivatives of polynomials and exponentials Sec. 3.2: The product and quotient rules 
Problem Set 7 due Wed/Thurs March 17/18 
Mar 15 
Sec. 3.4: Derivatives of trigonometric functions Sec. 3.5: The chain rule Sec. 3.6: Implicit differentiation 
Problem Set 8 due Tu/Wed Mar 24/25 
Mar 22 
Sec. 3.7: Derivatives of logarithmic functions Sec. 3.8: Linear approximation and differentials Review 
No HW this week, due to exam. Next HW due after break 
Midterm Examination II: Monday, March 29,
8:30 10:00 pm 

Mar 29 
Sec. 4.1: Related rates Sec. 4.2: Maximum and Minimum values 
Problem Set 9 due April 14/15 
Monday April 5  Friday, April 9: Spring Break (no classes)


Apr x12 
Sec. 4.2 Maximum and Minimum values Sec. 4.3: Derivatives and the shapes of curves Sec. 4.5: Indeterminate forms and L'Hospital's rule 
Problem Set 10 due Wed/Thurs Apr 21/22 
Apr 19 
Sec. 4.6: Optimization problems Sec. 4.9: Antiderivatives Sec. 5.1: Areas and distances 
Problem Set 11 due Mon/Tues, April 28/29 
Apr 26 
Sec. 5.2: The definite integral Sec. 5.3: Evaluating definite integrals Sec. 5.4: The Fundamental Theorem of Calculus 
Problem Set 12 due Wed/Thurs May 5/6 
May 3 
Review 

Friday, May 7: last class day  
Final Examination: Monday, May 17, 11:00am1:30 pm 