sections AA, AB
Cory Barnes
barnesco at math.washington.edu
sections AC, AD
Yang Song
yangsong at math.washington.edu
section AE
Mary Solbrig
solbrigm at math.washington.edu
office hours: Wed 7-8 at the MSC
Midterm 1: Thursday, April 25
Midterm 2: Thursday, May 23
Final Exam:
Saturday, June 8
5 to 7:50 PM
Location:GUG 220
Grades for most students are now posted. The grade is your actual grade, including homework, all exams, and the class curve. Homework was adjusted: 1803 points was consider 100%.
I will have an office hour on Friday from 1 to 2 PM if you would like to see your final exam. If you cannot make that time, you are welcome to stop by my office hours any time during the fall quarter.
Final exam statistics: n=144; min=2; 1st quartile=24; median=41; 3rd quartile=50; max=60 (2 students).
CLUE is holding a final review session on Friday, June 7, from 5 to 7 PM, in MGH 389.
Here is a review sheet for the final exam.
When studying for the final exam, all final exams no older than Autumn 2009 are good sources of problems to practice.
Answers to the second midterm exam are now in the exam archive at the 120 Materials Website.
Statistics for the second midterm exam: n=149; min=2; 1st quartile=17; median=26; 3rd quartile=33; max=40 (5 students).
CLUE will be holding a review session for the second midterm exam on Wednesday, May 22, from 8 to 10 PM, in MGH 389.
Here are some suggestions about using the exam archive.
Here is a review sheet for the second midterm exam.
Answers to the first midterm exam are now in the exam archive at the 120 Materials Website (link at right).
Statistics for the first midterm: n=165; min=0; 1st quartile=10; median=20; 3rd quartile=29; max=39.
Here is an approximate conversion table. This is only approximate; these 4.0-scale equivalents are not used by me for any purpose: they are just for you to have an idea of how you did on the exam.
exam score | approx. 4.0-scale |
≤13 | 0.0 |
14 | 0.7 |
15 | 1.0 |
16 | 1.3 |
17 | 1.6 |
18 | 2.0 |
19 | 2.3 |
20 | 2.6 |
21 | 2.7 |
22 | 2.8 |
23 | 2.9 |
24 | 2.9 |
25 | 3.0 |
26 | 3.1 |
27 | 3.2 |
28 | 3.3 |
29 | 3.4 |
30 | 3.4 |
31 | 3.5 |
32 | 3.6 |
33 | 3.7 |
34 | 3.8 |
35 | 3.9 |
≥36 | 4.0 |
CLUE is holding a Math 120 review session Wednesday, April 24, from 8 to 10 PM, in MGH 231.
Here is a review sheet for the first midterm.
The exam archive (which is part of the 120 Materials Website (link at right)) has old exams which are worth working for practice. I recommend focusing on the exams that I wrote. Virtually all problems on "midterm 1" exams are worth studying. For additional practice with quadratic optimization, I recommend the following problems:
Welcome to Math 120 A Spring quarter 2013.
Announcements and other useful things will be posted here during the quarter.
Textbook: The textbook for this course is Precalculus, by Collingwood, Prince and Conroy. We will use the 2012-13 edition (this is the latest edition). The book can be purchased at Professional Copy and Print, located at 4200 University Way (on the Ave one block south of the UW bookstore). It is not available at the UW bookstore.
You do not have to purchase the textbook. It is available electronically on the Math 120 Materials Website (link at right), and is linked electronically from the WebAssign homework.
Discussion Board: The course has a discussion board (link at right). This is a great way to ask questions of me in a way that will benefit all students in the course. You can ask about homework questions, studying methods, etc. You can also use it to coordinate study sessions with other students.
Homework: We will be using WebAssign for homework.
WebAssign: You can log in to WebAssign here. This will require your UW Net ID. Your UW Net ID is the part of your university email address before the @ symbol. The password to log in is your UW Net ID password.
You will need to purchase an access code before the grace period ends. You can purchase an access code on the WebAssign website after logging in.
The first homework assignment will be due on the night of Thursday, April 11.
Linear to Linear Algebra Example
L2L Functions and Fixed Points
Linear to Linear Rational Function applet
Putting sinusoidal functions in standard form
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Information for Students of International TAs
Center for Learning
and Undergraduate
Enrichment (CLUE)