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during April and May1999: Mathematics Teacher Educator (MTE) Mathematically Modeling Science(M2S) and SCIENCE
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Acondensed
2 1/2 day version of the week long Mathematically Modeling Science
(M2S) course was presented by Dr. Pat Shields of Capital
University May 24-26. The target audience for this course included
college and high school math and science instructors. Mathematical
and scientific understanding was developed within the context of data analysis
and modeling activities. The course emphasized the use of the CBL and CBR
as data collection tools and the TI-83-Plus graphing calculator as a modeling
tool. The mathematical content of the course included: basic graphical
analysis; simultaneous equations; inverse functions; integration; linear,
piecewise linear, polynomial, sinusoidal, and exponential curve fitting;
parametric equations; asymptotic models; and modeling with differential
equations. The technical content of the course included the use of the
CBL and CBR; use of TI-Graph Link; programming for the CBL; and the availability
of Internet resources.
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SCIENCE short course was a reduced 2 1/2 day version of the week long professional
development course for college science and math teachers. Dr.
C.W. Eaker of the University of Dallas led our enthusiastic group of
17 participants. The focus of the short course was to explore science concepts
using the TI-83-Plus graphing
calculator and the Calculator
Based Laboratory (CBL) system. Activities allowed participating college
and high school teachers to explore new and innovative ways of teaching
traditional science concepts and an emphasis was placed on new methods
of data collection and analysis.
By using a hands-on approach, the participants learned how to effectively integrate the calculator and the CBL system into their courses. Our workshop participants gained understanding, confidence, and enthusiasm for using the calculator in and out of the classroom. It was quite evident to all of our participants how this portable, low-cost technology can provide an effective way to integrate mathematics and science while getting students more involved in their own learning.
The overall response from the workshop participants was very encouraging. Typical comments from participants included: ..."wow, this is really a lot easier to do than I expected."
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