WEEK #1  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
1  W, Jan 18 



2  Th, Jan 19 

Try Sample Prerequisite Problems (PreCalculus): 3–7 Bring questions to the next class. Next Wednesday, there will be an 80pt PREREQUISITE REVIEW QUIZ (full period). It will include questions from the Sample Prerequisite Problems (PreCalculus). It will also include questions from each of the following web exercises: multistep exponent law practice practice with radicals introduction to sets interval and list notation introduction to functions introduction to function notation more practice with function notation factoring a difference of squares factoring trinomials, all mixed up graphs of functions basic models you must know composition of functions advanced set concepts 

3  F, Jan 20 

Try Sample Prerequisite Problems (PreCalculus): 8–15 Bring questions to the next class. web exercises: graphing tools: vertical and horizontal translations graphing tools: vertical and horizontal scaling reflections and the absolute value transformation graphical transformations: all mixed up quadratic functions and the completing the square technique introduction to logarithms properties of logarithms introduction to logarithmic functions properties of logarithms introduction to exponential functions 
WEEK #2  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
4  M, Jan 23 

STUDY FOR PREREQUISITE REVIEW QUIZ!  
5  W, Jan 25  PREREQUISITE REVIEW MAJOR QUIZ (80 pts)  
6  Th, Jan 26 



7  F, Jan 27 

WebWorks: Intuitive Derivative (12 pts) DUE: Friday, Feb 3, end of day WebWorks: Limits (13 pts) DUE: Friday, Feb 3, end of day web exercise: Introduction to Limits 
WEEK #3  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
8  M, Jan 30 

WebWorks: Continuity (7 problems, 2 pts each, 14 pts) DUE: Monday, Feb 6, end of day 

9  W, Feb 1 

WebWorks: Limit Rules (20 problems, 1 pt each, 20 pts) DUE: Monday, Feb 6, end of day 

10  Th, Feb 2 
WebWorks: Basic Derivatives (8 problems, 1 pt each, 8 pts) DUE: Monday, Feb 6, end of day 

11  F, Feb 3 
WebWorks: Local Linearization (6 problems, 2 pts each, 12 pts) DUE: Friday, Feb 10, end of day WebWorks: Extreme Values (6 problems, 2 pts each, 12 pts) DUE: Friday, Feb 10, end of day 
WEEK #4  
CLASS #  MWThF DATE  CLASS CONTENT  HOMEWORK  
12  M, Feb 6 
WebWorks: Direction and Sign of the Derivative (2 problems, 2 pts each, 4 pts) DUE: Friday, Feb 10, end of day Hint: you will need to know the vertex formula for a quadratic function WebWorks: Concavity (9 problems, 2 pts each, 18 pts) DUE: Friday, Feb 10, end of day Suggestion: Do these homework sets before the first exam! 

13  W, Feb 8 

Finish the inclass worksheets. Study for Exam #1. Bring good questions to class tomorrow! 

14  Th, Feb 9  catchup; review  
15  F, Feb 10  EXAM #1 
WEEK #5  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
16  M, Feb 13 
WebWorks: Power Rule (10 problems, 1 pt each, 10 pts) DUE: Friday, Feb 17, end of day 

17  W, Feb 15 
WebWorks: Derivatives of Linear Combinations (11 problems, 1 pt each, 11 pts) DUE: Friday, Feb 17, end of day 

18  Th, Feb 16 

WebWorks: Derivatives of Compositions (5 problems, 2 pts each, 10 pts) DUE: Friday, Feb 17, end of day 

19  F, Feb 17 
WebWorks: Derivatives of Products and Quotients (19 problems, 1 pt each, 19 pts) DUE: Friday, Feb 24, end of day Practice this web exercise to firm up your understanding of limits: Introduction to Limits Also practice this web exercise: Basic Differentiation Shortcuts Next week (Wednesday and Thursday) there will be quizzes over these two web exercises (in the form of printed, randomlygenerated worksheets) 
WEEK #6  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
20  M, Feb 20 

WebWorks: Natural Base e (3 problems, 1 pt each, 3 pts) DUE: Friday, Feb 24, end of day WebWorks: Derivatives of Logarithmic Functions (6 problems, 1 pt each, 6 pts) DUE: Friday, Feb 24, end of day web exercise: Introduction to Limits (quiz on Wednesday) web exercise: Basic Differentiation Shortcuts (quiz on Thursday) 

21  W, Feb 22 

WebWorks: Derivatives of Exponential Functions (4 problems, 1 pt each, 4 pts) DUE: Friday, Feb 24, end of day 

22  Th, Feb 23 

WebWorks: Derivatives of Trigonometric Functions (20 problems, 1 pt each, 20 pts) DUE: Friday, Feb 24, end of day 

23  F, Feb 24 
WebWorks: Derivatives of Inverse Functions (4 problems, 1 pt each, 4 pts) DUE: Friday, Mar 2, end of day Prepare for next week's Gateway Differentiation Quizzes 
WEEK #7  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
24  M, Feb 27 

WebWorks: Derivatives of Inverse Trigonometric Functions (6 problems, 1 pt each, 6 pts) DUE: Friday, Mar 2, end of day 

25  W, Feb 29 

WebWorks: the Log Trick (5 problems, 1 pt each, 5 pts) DUE: Friday, Mar 2, end of day 

26  Th, Mar 1 


27  F, Mar 2  EXAM #2 
WEEK #8  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
28  M, Mar 5 
WebWorks: l'Hopital's Rule (6 problems, 1 pt each, 6 pts) DUE: Friday, Mar 9, end of day 

29  W, Mar 7 

continue
WebWorks: l'Hopital's Rule (6 problems, 1 pt each, 6 pts) DUE: Friday, Mar 9, end of day 

30  Th, Mar 8 

begin
WebWorks: Function Analysis (9 problems, 1 pt each, 9 pts) DUE: Friday, Mar 9, end of day 

31  F, Mar 9 
continue
WebWorks: Function Analysis (9 problems, 1 pt each, 9 pts) DUE: Friday, Mar 9, end of day 
WEEK #9  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
32  M, Mar 19 
begin
WebWorks: Optimization (8 problems, 3 pts each, 24 pts) Keep working on it all week! DUE: Friday, Mar 23, end of day 

33  W, Mar 21 


34  Th, Mar 22  
35  F, Mar 23 

WebWorks: Implicit Differentiation (6 problems, 2 pts each, 12 pts) DUE: Friday, Mar 30, end of day 
WEEK #10  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
36  M, Mar 26 

WebWorks: Related Rates (3 problems, 4 pts each, 12 pts) DUE: Friday, Mar 30, end of day 

37  W, Mar 28 


38  Th, Mar 29 
WebWorks: the Mean Value Theorem (4 problems, 2 pts each, 8 pts) DUE: Friday, Mar 30, end of day 

39  F, Mar 30 
WebWorks: Definite Integrals as Signed Area (7 problems, 2 pts each, 14 pts) DUE: Friday, Apr 6, end of day 
WEEK #11  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
40  M, Apr 2 
continue working on: WebWorks: Definite Integrals as Signed Area (7 problems, 2 pts each, 14 pts) DUE: Friday, Apr 6, end of day 

41  W, Apr 4  more practice with complete function analysis  study for Exam #3  
42  Th, Apr 5  review  study for Exam #3  
43  F, Apr 6  EXAM #3 
WEEK #12  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
44  M, Apr 9 



45  W, Apr 11 



46  Th, Apr 12 

WebWorks: Antiderivatives (7 problems, 2 pts each, 14 pts) DUE: Friday, Apr 13, end of day 

47  F, Apr 13 
WebWorks: Indefinite Integrals (6 problems, 2 pts each, 12 pts) DUE: Friday, Apr 20, end of day 
WEEK #13  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
48  M, Apr 16 
WebWorks: Substitution (7 problems, 2 pts each, 14 pts) DUE: Friday, Apr 20, end of day 

49  W, Apr 18  Lots of substitution problems!  Study for tomorrow's quizzes!  
50  Th, Apr 19 


51  F, Apr 20 
get started on: WebWorks: Integration by Parts (8 problems, 2 pts each, 16 pts) DUE: Friday, Apr 27, end of day 
WEEK #14  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
52  M, Apr 23 

continue working on: WebWorks: Integration by Parts (8 problems, 2 pts each, 16 pts) DUE: Friday, Apr 27, end of day 

53  W, Apr 25 

WebWorks: Integration Mixed Practice (6 problems, 2 pts each, 12 pts) DUE: Friday, Apr 27, end of day 

54  Th, Apr 26 

Study for Exam #4!!  
55  F, Apr 27 
EXAM #4 This exam will include a worksheet from: Differentiation Formula Practice 
Study for the first mixed integration quiz! Study for the final exam! 
WEEK #15 (endofterm week)  
CLASS #  DATE  CLASS CONTENT  HOMEWORK  
56  M, Apr 30 

Study for the second mixed integration quiz! Study for the final exam! 

57  W, May 2 

Study for the third mixed integration quiz! Study for the final exam! 

58  Th, May 3 

Study for the last mixed integration quiz! Study for the final exam! 

59  F, May 4 
Bring INDEX CARDS to FINAL EXAM to be graded:  they MUST have a rubberband around them, or be in a plastic bag or zippered pouch  your name and number must clearly appear on the top of the pile  they must be in INCREASING ORDER 
Study for the final exam! final for 8:00 class: Monday, May 7, 7:30–9:30 AM, ROOM 221 final for 11:30 class: Wednesday, May 9, 10:00–noon, ROOM 147 