Integrating computers into calculus instruction
Christensen, Jon L.
Pierson, Brian E.
Weir, Maurice D.
Borges, Carlos F.
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Visualization is key in helping a student understand the fundamentals of Calculus. The new generation of computer literate students, raised in a video-based environment, will expect more than the traditional chalkboard methods in assisting them in this visualization. By integrating computers into the classroom and developing software to assist in mathematics instruction, we can enhance student comprehension of, and ability to apply, mathematics in solving real world problems of interest to the military. As evidenced by the success of both the Apple Macintosh and Windows software, mouse driven, graphical user interfaces (GUI's) represent a powerful and frequently-used tool in the computing environment. GUI's improve the visual capabilities in computing software, simplify program execution, and reduce the time required to become proficient with the software. When designed correctly, the GUI-based software can significantly improve the way in which people interact with computers. This thesis lays the framework and develops multi-platform GUI software modules needed for the instruction of Calculus
RightsThis publication is a work of the U.S. Government as defined in Title 17, United States Code, Section 101. Copyright protection is not available for this work in the United States.
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