Discussion Sections are 1:45-3:45 pm Weds and 3:30-5:30 Thurs, both in D258
Textbooks are not required for this class. If you want to do additional reading, Stewart "Calculus" (5th ed.) and Kreyszig "Advanced Engineering Mathematics" (9th ed.) are good.
Click here for the Syllabus (PDF format)Click here for further Details on the Course, including advice on problem sets, grading scheme etc.
This course assumes a knowledge of basic calculus and trigonometry. If you can't do the problems listed here easily then you are unlikely to pass the class.For online practice of calculus problems, here are three good sites to look at: Calculus on the Web (Books I and II); some worked problems from UC Davis; and some worked problems from Lamar University. Another useful resource is www.calculus.org.
You can download problem sets and lecture handouts below. Problem sets are due to FN's mailbox by 6pm each Tuesday. Late homework will be penalized at 10% per day (see here for more details).
If you qualify for classroom accommodations because of a disability, please get an Accommodation Authorization from the Disability Resource Center (DRC) and submit it to me in person outside of class (e.g. office hour) within the first two weeks of the quarter. Contact DRC at (831) 459-2089.
|Thu Sep 27||Lecture 1 Problem Set 1 Answers||Calculus practice|
|Tue Oct 2||Lecture 1 (cont.)|
|Thu Oct 4||Lecture 2||Maclaurin practice|
|Tue Oct 9||Lecture 3 Problem Set 2 Answers|
|Thu Oct 11||Lecture 4|
|Tue Oct 16||Lecture 5 Problem Set 3 Answers||3D geometry practice|
|Thu Oct 18||Lecture 6||Partial differential practice|
|Tue Oct 23||Lecture 7 Problem Set 4 Answers||Gradient & Critical point practice|
|Thu Oct 25||Lecture 8|
|Tue Oct 30||Lecture 9||Divergence and Curl practice|
|Thu Nov 1||Midterm Answers|
|Formula sheet||Example midterm Example answers|
|Example midterm (2) Example answers (2)|
|Tue Nov 6||Lecture 11 Problem Set 5||Matrix practice|
|Thu Nov 8||Lecture 12||Determinant and Inverse practice|
|Tue Nov 13||Lecture 13 Problem Set 6||Eigenvector practice|
|Thu Nov 15||Lecture 14|
|Tue Nov 20||Lecture 15||First order DE practice|
|Thu Nov 22||Thanksgiving|
|Tue Nov 27||Lecture 16||Second order DE practice|
|Thu Nov 29||Lecture 17||Nonhomogeneous ODE practice|
|Tue Dec 4||Lecture 18||Separation of Variables practice|
|Thu Dec 6||Revision lecture|
The Final is Thurs 13th Dec 12:00-3:00 pm.
You can look at a previous year's final and answers
Here's a recent final and answers
And here's one more final
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