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Good Ideas in Teaching Precalculus And...
... Algebra, Calculus, Discrete Mathematics, Probability & Statistics,
with Technology
Rutgers University - Busch Campus - New Brunswick Friday, March 19, 2004
8:30 a.m. - 3:00 p.m.
Program
Featuring a Plenary Session, a Sharing Session (with 9 choices),
and four 50 minute Presentation Sessions (each with up to 10 choices),
two before and two after lunch
Presentations
(Click on links below to view abstract)
Precalculus:
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- Cardan’s Formula for Solving Cubic Equations
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Graph Theory to Enhance Algebra and Precalculus
Let Them Eat Cake! (Modeling Functions and Finding Area)
Calculus:
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- Calculus Labs for Cooperative Learning
The First Five Days of Calculus (Or the Last Five of Precalc)
Rational Functions and the TI-89: Perfect Together
Algebra & Geometry:
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- Exploring Indirect and Detour Proofs in Geometry
Real World Algebra
A Recipe for a Whole New Way to Teach Algebra
Discrete Mathematics:
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- Computer Science Algorithm Games
Graphs and Games: What Do They Have in Common Besides Their First Letter?
The Handshake Problem and Pascal’s Triangle
Sierpinski’s Triangle and Pyramid
Statistics:
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- Leaping Frogs, Popsicles & Gummi Bears: Modeling Through Data
M&M’s and Decay (Not Tooth Decay)
Applications:
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- Connecting Mathematics to the Real World
How CAN We Do Better? (Making Better Cans)
Traffic Jams
Assessment:
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- More Project Ideas for Algebra and Geometry
Projects On and Off Topic for Precalculus and More
General:
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- The Sixth Sense: Number Sense
Using Power Point to Present Precalculus Lessons Clearly and Efficiently
What Precalculus Teachers Really Need to Know!
WOW! It Can Do This? (The TI-8x)
Mathematics and Technology:
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- Exploring Precalculus with Geometer’s Sketchpad
Integrating Technology in the Precalculus Classroom
Mathematics with Creative Designs
Math Tools: A Digital Library and Community Hosted by The Math Forum
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Plenary Session
Homeland Security: What Can Mathematics Do? -- Fred Roberts
Following the September 11 attacks on the World Trade Center
and the Pentagon, many scientists looked for ways to contribute to defense
against terrorism. Surprisingly, mathematicians found they had a lot
to offer. This talk will give some examples of how mathematics, statistics,
and computer science are contributing to homeland security.
Fred Roberts is a Professor of Mathematics at Rutgers University. He
is director of the Center for Discrete Mathematics and Theoretical Computer
Science (DIMACS), a consortium of Rutgers and Princeton Universities,
AT&T Labs, Bell Labs, NEC Laboratories America, and Telcordia Technologies,
with partners at Avaya Labs, HP Labs, IBM Research, and Microsoft Research.
He has been asked by Rutgers to coordinate all homeland security research
on the campus. Professor Roberts has published widely on the uses of
mathematics in such diverse areas as biology, psychology, transportation,
communication, and energy use, and recently has been working on mathematical
modeling in the defense against bioterrorism. He has also been active
in the development of programs bringing new mathematical ideas to high
school teachers and students. His awards include the National Science
Foundation Science and Technology Centers Pioneer Award and, most recently,
the Gold Medal of the Czech Union of Mathematicians and Physicists.
Sharing Session
Informal discussions of the following topics:
Bring your experiences, materials, and ideas to share.
Schedule of Activities
| 8:30 - 9:20 |
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Session I |
| 9:30 - 10:20 |
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Session II |
| 10:30 - 11:05 |
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Sharing Session |
| 11:10 - 12:15 |
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Plenary Session |
| 12:15 - 1:10 |
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Lunch |
| 1:15 - 2:05 |
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Session III |
| 2:10 - 3:00 |
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Session IV |
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