MATH V1201.008: Calculus III
  Spring 2013

MW 6:10pm - 7:25pm, Mathematics 203

Announcements

All announcements will appear in courseworks.

(3/5/2013) WebAssign is highly recommended.



Course Syllabus

Instructor:  Michael Woodbury (x4-4988, 427 Mathematics, woodbury@math.columbia.edu)

Office Hours: Wed:8:30am-10am, Fri:12:30-1:30, By appointment

Teaching Assistants: TBD

Text: James Stewart Calculus: Early Transcendentals + WebAssign, seventh edition, Brooks/Cole, 2012.

Course description: We will cover chapters 13 (Vector Functions) and 14 (Partial Derivatives). Material from Calculus I and Chapter 12 (Vectors and Geometry of Space) will be assumed. The main topics of Chapter 12 (and some earlier chapters):

  1. vectors (using rectangular coordinates)
  2. dot and cross products
  3. equations of lines and planes
  4. conic sections and quadric surfaces

The main topics of Chapters 13 and 14:

  1. parametric equations
  2. derivatives and integrals of vector equations
  3. arclength, curvature
  4. velocity and acceleration in space
  5. differential calculus of functions of several variables
  6. optimization

Prerequisites: All material covered in Calculus I (Stewart chapters 1-6) will be assumed.

Important Dates:

  1. March 28: Last day to Pass/Fail (for most schools)
  2. May 6: Last day of classes
  3. Final Exam (TBD)
Advice: Here are some suggestions to help you succeed:

  1. Be an active learner. Watching me or a TA/tutor do math without doing work on your own will not be enough to be able to reproduce the work yourself on quizzes or exams.
  2. Ask questions in class, and utilize office hours if needed.
  3. Read the book. Look at the book before class to get an idea of the material we are going to cover, then reread it more carefully after class.
  4. Attend class. (This is a good way to get another perspective on the material and a way to see what is emphasized in the course. Also, it is possible that not everything we cover will be from the book.)
  5. Do the homework. Besides being graded, this is your best resource for learning the math. Also, keep in mind that the point of homework is not to get the right answer; rather, it is a learning tool. As such, don't cheat yourself by racing through the problems or leaving out justification of each step. Also, avoid using solutions manuals or looking up answers online; doing this gives a (very) false impression of understanding.
  6. Do problems that aren't assigned.

Resources: Help is always available from the Help Room (Mathematics 406, 10am-5pm Mon-Thur), me, or the TA.
If there's something you don't understand, ASK.

Homework: A written and an online based homework (using WebAssign) will be assigned every week except when there is a Midterm.

Exams: We will have a midterm and the final exam.

Grading: The grading scheme is tentatively as follows:

The written homework score will be calculated based on the 6 best scores (lowest score dropped.) Same for WebAssign grade. I will compute your grade based on both Scheme 1 and Scheme 2. You will be credited for whichever is higher.


Class Schedule and Homework Assignments

This schedule is tentative and I expect that it WILL change. Please check regularly for the most accurate information. (Homework exercises in parentheses are optional.)
Date Topics/Sections covered Remarks Homework Date Due
Mar 6(AppH, 10.1) Complex Numbers; Parametric EquationsHW1: App H# 30,32,34,40,47,(6,8,10,16,26,28,49,50); 10.1#10,12,14,26,40,(42,44)March 13
Mar 11,13(10.2,13.1-13.3) Vector Calculus; Arc lengthHW2: 10.2#8,12,(69-72); 13.1#(6,8),28,42,48; 13.2#2,6; 13.3#16; 13.4#2,6,19,(22) March 25
Mar 25,27(13.3,13.4) Curvature;Motion in spaceHW3: 13.2 #(52); 13.3#38,48,50,56; 13.4#24,32,(30,45)April 1
Apr 1, 3Review; Midterm
Apr 8,10(14.1-14.3) Multivariable functions; Limits/continuityHW4: 14.1#16,18,28,30,36,38,50,59-64,66,70; 14.2#2a,2b,6,8,14,(16),18,20,29,36,(41,44)April 15
Apr 15,17(14.3-14.4) Partial Derivatives; Tangent PlanesHW5: 14.3#(5-10),12,60,79,(86); 14.4#5,14,21,42April 22
Apr 22,24(14.5-14.7) Chain Rule; GradientHW6: 14.5#18,36; 14.6#50,54,64aApril 29
Apr 29,May 1(14.7-14.8) Optimization; Lagrange MultipliersHW7: 14.7#2,4,30,32,34,(38); 14.8#20,(44,47)May 6
May 6Review
TBAFinal Exam: TBA 

Had I been teaching this course all semester, you would have been given the following assignments.
Topics/Sections covered Homework
(10.3,15.8,15.9) Coordinate systems and change of variablesHW: 10.3 #10,14,16,48; 15.8 #10,12; 15.9#10
(12.1-12.3) Vectors; Dot ProductHW: 12.1#6,12,40; 12.2 #2,(44); 12.3 #1,14,38,(54,56,64)
(12.4, 12.5) Cross Product; Lines and PlanesHW: 12.4#10,12,18,20,38,44; 12.5#68,72,(75)
(10.5,12.6) Curves and SurfacesHW: 10.5#16,56,(58,61); 12.6#32,34,46,(49),50


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