announcements: In-class Quiz 10, Friday, December 5, §14.1 and 14.2. The average score on Test 3 was 39/50=78%. Well done. I will replace your lowest test grade with your final exam. For example, if your lowest test grade is 30/50=60% but your final exam grade is 90/100=90%, I will replace the 30/50=60% with a 45/50=90%.
Murphy's Calc3 Info Fall 2003 syllabus (PDF, last modified August 22, 2003) calendar (PDF, includes recommended homework exercises, last modified September 1, 2003) Murphy's Office Hours Fall 2003 (PHSC 1115) Thursdays, 12:00-1:30 p.m. Fridays, 8:00-9:30 a.m. also by scheduled appointment	Fall 2003 Activities Extra Credit: 3D model, 2%, due Friday, December 5. notes (to help prepare for pre-class quizzes) worksheets (to be worked on in class, but in case someone wants to think about things before we get to class) pre-class quizzes are at WebCT The solutions provided here are from students in the class. These are not only correct solutions, but are meant to be examples of exemplary student work. Test 1 and Sample Solutions Test 2 and Sample Solutions Test 3 and Sample Solutions
Murphy's Calc3 Info General Old Tests and Solutions (list of PDF files) Grading "Rubric" Advice from Former Students
Review Sheets Library of Functions Review Sheet (PDF file by TJ Murphy) Trigonometry Review Sheet (PDF file by Alan Ludwig and TJ Murphy) Derivatives Review Sheet (PDF file by TJ Murphy)

Calc 3 resources

Chapter 12: Sequences and Series (from Visual Calculus by Lawrence S. Husch at the University of Tennessee, Knoxville)

§11.1 and §14.1: link to animation that shows the drawing of a cycloid (from Visual Calculus by Lawrence S. Husch at the University of Tennessee, Knoxville)

§11.1 and §11.5: Java applets (by TJ Murphy at the University of Oklahoma)

• the Parametric Curves Applet behaves much like a graphing calculator but will simultaneously display the graphs of t versus x(t), t versus y(t), and x(t) versus y(t), on separate sets of axes. The user has additional options to (1) show the progression of points being plotted as t increases; (2) trace simultaneously along all three curves; and (3) trace simultaneously along all three curves with tangent lines.

• the Polar Curves and Area Applet behaves much like a graphing calculator but adds two features: the user has options to (1) plot points on the user-specified polar curve given by r(t) beginning at a user-specified value of t; and (2) fill in the area bounded by a user-specified polar curve given by r(t) beginning at a user-specified value of t.

• Download the browser plug-in needed to run the applets.

• Read the guide for installing and troubleshooting the plug-in (by Jason M. McDaniel at the University of Oklahoma).

§13.2: Vectors (Java applet by Ronald Greene at the University of New Orleans)

§13.6: Cylinders & Quadric Surfaces (GIFs and discussion by TJ Murphy at the University of Oklahoma)

§13.6: Quadric Surfaces and Traces (LiveGraphics3D images and QuickTime movies by TJ Murphy at the University of Oklahoma)

Go to: Dr. TJ Murphy's WebSite