Week  Date  Topics covered  Homework 
1  Jan 12  sin and cos (Sec. 1.4)  (Sec 1.4) 3,4,7,8,9,13 
13  Sin and cos continued  (Sec 1.4) 27,30,19,21,25  
14  Inverse functions (Sec 1.5)  (Sec 1.4) 24, 41,43,45  
16  finding inverses and inverses of sin and cos  (Sec 1.5) 1,4,5,6,16,17  
2  20  Quiz (on last week's homework) inverse trig functions  (Sec 1.5) 23,24,27,29,31,33,35,37 
21  Exponentials and logarithms  (Sec 1.6) 3,5,7,9,11,13,19,21,23  
23  The intuitive idea of a limit (Section 2.2) 
(Sec 2.2) 1,2,3,4,5  
3  26  more on limits (Section 2.2)  Sec (2.2) 7,8,21,25,29,31 
27  Quiz (on last week's homework), onesided limits, infinite limits  Sec (2.2) 37,38,39,41,43  
28  limit laws (Section 2.3)  Homework for section 2.3: 9,11,13,15,17,21,23,25,27,29,31,32  
30  Continuity (Section 2.4)  (sec 2.4) 1,5,7,79,81,83,85,86  
4  Feb 2  Types of discontinuity (Section 2.4)  (Sec 2.4) 17, 19, 21,23,31,35 
3  Quiz, Constructing cts. fns. and limits (Sec 2.4)  (Sec 2.4) 9,11,13, 37,39,43,47  
4  Constructing cts. fns. and limits (Sec 2.4)  
6  Evaluating limits algebraically (Sec 2.5)  (Sec2.5) [7,9,11,19],[21,25,27,31],[43,49,51]  
5  9  IVT (Sec 2.7), The squeeze theorem and trig limits (Sec 2.6)  Sec(2.7)[1,2,3,5],[7,9,15,19] 
10  Quiz, The squeeze theorem and trig limits (Sec 2.6)  Squeeze Thm: sec 2.7 [5,6,7,3,43] Trig limits: sec 2.7: [9,11,13,15] 

11  review 
Trig limits: sec 2.7: [17,19,23,25], [29,33,35], [39,41,42]  
13  review  
6  16  Exam covering limits (2.12.7)  
17  formal definition of a limit (Sec 2.8)  sec 2.3: 1,2,3,4,13,15  
18  the derivative (sec 3.1) 
sec 3.1:[23,25,27,29,35], [11,12,13,14], [1,3,5,41]  
20  the derivative (sec 3.1)  
7  23  f'(x) and sketching f'(x) (Sec 3.2)  sec 3.2 [1,3,5,7],[47,49,71,73] 
25  Quiz, the derivative  sec 3.2 [23.27.29.35],[37,41,43,45],[53,55,57,59]  
27  product and quotient rule  (sec3.3) 13,15,19,21,27,41  
8  March 2  trig derivatives  (sec 3.7) 5, 13, 15, 37, 39,40,41 
3  Quiz, applications and higher order derivatives  [(3.4) 23], [(3.5) 25,43,37,49], [(3.6) 29,43, 49]  
4  chain rule  (3.7) 5,25,29,41,51,93,95  
6  implicit differentiation  (S.3.8) 1,9,13,25,35,37  
9  9  derivs of inverse functions  [(S 3.9) 7,9,25,31,33,39] 
10  Quiz, d(log)  (s.3.10) 3,7,9,34,43,45  
11  d(exp)  [(S.3.10) 25,27,36,39,40,68,79]  
13  related rates  (S 3.11) 1,3,9,15,27,28  
10  23  
24  
25  Exam covering Differentiation (3.13.10)  
27  maxima and minima  (S4.2) [1,3,11,15][25,39,41,51] 

11  30  increasing, decreasing functions using f'(x)  (S.4.3) [25,35,43,57] 
31  Quiz, convex functions and f''(x)  (S 4.4) [4,1,5,7,11,15] (S 4.5) [25,35,43,41] 

April 1  curve sketching  (S4.5) [1,9,19,43,45]  
3  Asymptotes  (S4.5)[53,57,69,61],[71,73,77,83]  
12  6  optimization  (S4.6) 1,2,5,9,13,16 
7  Quiz, L'Hopital's rule  (S4.7) 11,15,17,22,35,40,63  
8  Antiderivatives  (S4.9) 3,7,15,27,31,35,41  
10  review  
13  13  Exam covering applications of the derivative (4.24.7 & 4.9)  
14  sums, L_N and R_N 
(S.5.1) 31,35,37,43,45,53  
15  The definite integral  (S 5.1) 13,19,17,57  
17  the definite integral, exams back  (S5.2) 51,53,55,57,59,61  
14  20  The fundamental theorem of calculus  [(S 5.2) Q41][(S5.3) 11,19,27,31,43,577,55] 
21  Quiz, The fundamental theorem of calculus  (S 5.4)[7,9,21,27,29,33], [23,25,39]  
22  review  
24  review  
15  27  review  
28  Exam covering integration (5.15.4)  
29  review  
May 1  makeup exam  
exam  May  Comprehensive final exam 