Mathematics 115, sections 19609 and 19585

I assume that everyone can use Adobe Acrobat viewers for .pdf files.  If not, please let me know immediately.  Otherwise, here are the syllabi for sections 19609 and 19585.
For the Course web page (at Professor Huang's site), click here

Final:

The final exam will be in Budig 130, from 4:30-7pm, Thursday, December 18, 2003. Bring #2 pencils. We will be sitting in exactly the same part of Budig 130 as we did for the midterm. The course coordinator, Weizhang Huang, has put up a sample final in Adobe Acrobat format. It is likely that the actual final exam will bear a strong resemblance to the sample. That's how it worked in the case of the midterm, as you may remember.

Review sessions:

There will be a review session in 452 Snow Friday, Dec. 12, from 1-3pm. There will be another one on Tuesday, 554 Snow, 4-6pm.

Extended office hours:

Monday, 1-3; Tuesday, 10-11:30; Wednesday, 2-4, Thursday 10-11:30am.

ANNOUNCEMENT:

I was in possession of incorrect information, and thus gave you incorrect info. I apologize. The fact is, the final exam will cover material up to and including section 6.5! As a result, Monday Dec. 8 will not be a review session. Instead I will present sections 6.4 and 6.5 on Fri Dec. 5 and Mon Dec. 8.

Time off:

Class will be cancelled Wednesday, October 22. Enjoy your Fall break!

Midterm:

Answer key:DCCBA BCADC BCDCD CBACD ADCBC

Curve: The curve is a line, and it is set by the course coordinator, not by me. I was incorrect. Anyway, you calculate the score as follows: if you got a raw score of x, then f(x) = 8x + 14.5 is the number of points (out of 200 possible) you will receive in the midterm portion of your grade. Divide this by two to get the adjusted percentage, if you wish. For example, a raw score of 20 would give you 8(20) + 14.5 = 174.5 points, or an adjusted percentage score of 87.25%.

Second in-class exam:

Review:

Here is a sheet of answers to even numered problems in the review sections of the book from chapters 4 and 5. As you go through them, do not panic; the problems I give you on the test will, by and large, be quite a bit simpler. However, if you can do the problems they give in the book, you will be able to do the ones I give you. Note: the emphasis will be a bit different. For instance, the book does not give many logarithmic differentiation or optimization word problems, and I will almost certainly give you at least one of each. Otherwise, happy studying! Here are links to outlines of material covered from chapters 4 and 5, on the course coordinator's web site. Also, note that we will have a review session (optional, of course) in 452 Snow, Sunday, November 23, from 6:30 until 9pm.

The curve:

If your raw score (written in red on your exam sheet) is s, then the number of points you get, out of 100, is p(s) = (3s/4) + 25. If this turns out to be more than 100, the residual amount is extra credit. Happy holiday season.

Key:

An answer key, with almost all problems worked out fully, is available in pdf format (the prettier version), or in html (in case you have trouble reading the pdf).

Assignments:

Homework assigned August 22, due August 27.

Homework assigned August 25, due August 29.

Homework assigned August 27, due September 3.

Note on p. 100 #27: The quantity "50%" should be interpreted as 50 rather than 0.5.

Homework assigned August 29, due September 5.

Homework assigned September 3, due September 8.

Homework assigned September 5, due September 10.

Homework assigned September 8, due September 12.

Homework assigned September 10, due September 15.

Homework assigned September 12, due September 19.

Homework assigned September 19, due September 24.

Homework assigned September 22, due September 26.

Homework assigned September 24, due September 29.

Homework assigned September 26, due October 1.

Homework assigned September 29, due October 3.

Homework assigned October 1, due October 6.

Homework assigned October 3, due October 8.

Homework assigned October 6, due October 10.

Suggested review problems, October 10.

Homework assigned October 15, due October 20.

Homework assigned October 17, due October 27.

Homework assigned October 20, due October 29.

Homework assigned October 27, due October 31.

Homework assigned October 29, due November 3.

Homework assigned October 31, due November 5.

Homework assigned November 3, due November 7.

Here is a theorem from class which may help you do the November 3 or October 31 homework.

Homework assigned November 5, due November 10.

Homework assigned November 7, due November 12.

Homework assigned November 10, due November 14.

Homework assigned November 12, due November 17.

Homework assigned November 14, due November 19.

Homework assigned November 17, due November 21.

Homework assigned December 1, due December 5.

Homework assigned December 3, due December 8.

Homework assigned December 5, due December 10.

Homework assigned December 8, but never due.