031 B/3 - Integration and Infinite Series - Winter 2013 - UCLA
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Time: 1pm MWF for lectures and 1pm T or Th for discussion.
Place: Lectures: Rolfe 1200. Discussion: various.
E-mail: antieau@math.ucla.edu.
Phone: 310-825-3068.
Course webpage: www.math.ucla.edu/~antieau/201301-031b.html
Course discussion site: piazza.com
Office hours: (Most likely) 12-1 M and 2-3 WF in my office, MS 6617D.
TA: Geunho Gim (ggim@ucla.edu), Feng Guan (fguan@ucla.edu), and Jukka Keranen (jukka@math.ucla.edu).
TA office hours: TBA.
Book: Rogawski, Single Variable Calculus, Freeman, ISBN-13: 978-1-4292-3189-3. Note that any version of the book is acceptable.
However, if there are differences in numbering between the editions (I don't know if there are), then it is your responsibility to read the correct sections and do the correct exercises.
Important dates:
- 1/21 - Martin Luther King, Jr. Day. No class.
- 1/28 - Midterm 1.
- 2/18 - Presidents' Day. No class.
- 2/22 - Midterm 2.
- 3/21 - Final exam. The final will be cumulative and will take place from 3:00pm to 6:00pm on Thursday 21 March.
Homework:
- Week 1 - 7.1: 3-35 odd, 47, 69-85 odd, 94. 7.2: 9-19 odd, 25-31 odd, 33-37 odd. 7.3: 1-15 odd, 19, 29-41 odd, 53, 65-77 odd, 85-99 odd.
- Week 2 - 7.4: 1-7 odd, 11-15 odd. 7.5: 1-14, 22. 7.6: 1-5, 17-22.
- Week 3 - 7.7: 1-31 odd, 39-49 odd, 63. 8.1: 1-47 odd.
- Week 4 - 7.8: 1-19 odd, 59-65 odd. 8.2: 1-31 odd. 8.3: 5-9 odd, 15-25 odd, 37-41 odd.
- Week 5 - 8.5: 5, 7, 9-29 odd. 8.6: 5-39 odd, 61-69, 71-74, 78. 8.8: 1-11 odd.
- Week 6 - 8.8: 13-19 odd, 42-50. 9.4: 1-11, 13-28, 33, 35, 42, 44, 54.
- Week 7 - 11.1: 3-7 odd, 13-29 odd, 33-69 odd, 85.
- Week 8 - 11.2: 1-7 odd, 17-37 odd. 11.3: 1-15 odd, 19-79 odd.
- Week 9 - 11.4: 3-9 odd, 15, 16, 17-31 odd. 11.5: 1-19 odd, 43-55 odd. 11.6: 9-39 odd, 51.
- Week 10 - 11.6: 60-62. 11.7: 3-15 odd, 19-27 odd, 29-38, 53, 55. 11.5: 37-41.
Evaluation:
- Homework will not be collected.
- Every week (except midterm weeks) there will be a quiz in section based on the homework problems. The lowest grade will be dropped.
- All exam problems will be either taken from the problem sets or the quizzes. The way to succeed in this course is to do all of the homework as practice for the quizzes and exams.
- The final raw score will be computed with the following weights: 20% quizzes, 20% midterm 1, 20% midterm 2, and 40% final.
- A grade of 'F' will be assigned to any student who misses the final. Incompletes are reserved for those who have completed all of the work for the class, including the midterm,
but who, for a legitimate, documented reason, miss the final.
Piazza:
- I encourage everyone to use the free discussion board piazza.com for discussion of the class.
You may go to the website and enroll in MATH 31B/3.
This is a site that allows everyone to ask and answer questions. It is my hope that you will help each other out on the site.
If there are questions about policies, exams, etc, please post them on piazza as well. I will answer them there so that the answers will be public and useful to other students.
- I encourage you to post broader questions, questions about applications, interesting problems, questions about the culture of mathematics, and so forth.
- You may post anonymously, for reference.
- You may give us anonymous feedback by posting a private note on piazza.
Miscellanea:
- The Student Math Center in MS 3974 opens this quarter on Wednesday 9 January. It will be open Monday-Thursday from 9am to 3pm, and provides free individual and group tutoring for all lower-division
math courses. No appointments are necessary.
- If you wish to request an accommodation due to a disability, please contact the Office for Students with Disabilities as soon as possible at A255 Murphy Hall,
(310) 825-1501, (310) 206-6083 (telephone device for the deaf). Website: www.osd.ucla.edu.
- This class will use the myUCLA gradebook facility.
- Come to office hours!
Catalogue description:
31B. Integration and Infinite Series. (4) Lecture, three hours; discussion, one hour. Requisite: course 31A with a grade of C- or better. Not open for credit to students with credit for course 3B. Transcendental functions; methods and applications of integration; sequences and series. P/NP or letter grading.