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Assignment 1, Week of January 2, 2006
Assignment 2, Week of January 9, 2006
- Read (Calculus Lite) Area, Riemann Integral, FTC, pp. 127-136.
- Calculus Exploration 8A (mws file) Approximate Integration & Area
- SHW 2: Exercises 1-20 (all), pp. 136-138.
- Quiz 2 is Wednesday, January 18, 2006.
Assignment 3, Weeks of January 16 & 23, 2006
Assignment 4, Weeks of January 30 & February 6, 2006
- Read (Calculus Lite) More Integration by Substitution, pp. 153-156.
- SHW 4A and SHW 4B: Exercises 1-7, and 9, p. 157.
- Quiz 4 (Bonus quiz in class) is Wednesday, February 1, 2006.
- Quiz 4 Answers
- SHW 4C More u-Substitution & Trig Substitution.
- Quiz 5 is Wednesday, February 15, 2006 (see below).
Assignment 5, Weeks of February 13 & 20, 2006
- Read (Calculus Lite) Trig Functions & Their Inverses, pp. 161-165.
Assignment 6, Week of February 27 & March 6, 2006 (We go back to a topic we skipped in Chapter 8)
- Read (Calculus Lite) Maxima & Minima: Real World Problems, pp. 61-73.
- SHW 6: Exercises 1-15 (odd), pp. 74-76.
- Note that in SHW6B we will also compute the "Average Value" of modeling functions in SHW 6.
- SHW6B Due Thursday March 9, 2006
Assignment 7, Week of March 13, 2006
Assignment 8, Week of April 2, 2006
- SHW6B Answers
- Challenge Problem. (Bonus)
Consider the answers to SHW6B posted immediately above. In each exercise we computed the
Average Value of the function between its two x-intercepts. Further, in each case the Average
Value of the given function between its two x-intercepts turned out to be exactly 2/3 of the
maximum value of the function between its two x-intercepts.
Question 1. Is this last statement in red always true for any function ?
Show that the answer to this question is "no" by finding a counter-example.
Question 2. Possibly the statement in red is true for all functions that are "like" the functions
in the answers to SHW6B ? Answer this question by proving or disproving it.
- Revise your Calculus Mini-Project according the the suggestions listed on your paper.
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