Calculus & Analytic Geometry III at the University of Oklahoma

Dr. TJ Murphy, Fall 2001

Murphy's Calc3 Info Fall 2001

Syllabus

Calendar (tentative)

Homework List (tentative)

Sample Solutions for Fall 2001 Activities:
These are PDF files. 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.

Murphy's Office Hours Fall 2001

Monday
Tuesday
Wednesday
12:30-1:20



2:00-3:00
1:45-2:45

Murphy's Calc3 Info General

Sample Test Items and Solutions (PDF files)

Murphy's Grading "Rubric"

Advice from Former Students

Calc 3 resources

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)

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: the ParametricCurvesApplet (java applet by TJ Murphy; needs a swing-enabled browser) behaves much like a graphing calculator but also allows the user to trace, or just plot points, simultaneously along the user-specified curves x(t), y(t), and the corresponding parametric curve.

§11.2: the Parametric Curves and Their Tangent Lines Applet (java applet by TJ Murphy; needs a swing-enabled browser) behaves much like a graphing calculator but also allows the user to (1) trace along the user-specified parametric curve given by x(t) and y(t) with the tangent line and (2) simultaneously plot the slope of the tangent line on a separate graph.

§11.5: the Polar Area Applet (java applet by TJ Murphy; needs a swing-enabled browser) 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.

§13.6: Cylinders & Quadric Surfaces (GIFs and discussion by TJ Murphy)

§13.6: Quadric Surfaces and Traces (LiveGraphics3D images and QuickTime movies by TJ Murphy)


Go to: Dr. TJ Murphy's WWW Site