Skip navigation

Home | About | Contact

 
Digital Library > Conference Papers > MSET > Volume 2000, Issue 1 >

DIGITAL PHOTOGRAPHY FOR MATH AND SCIENCE

New Search
New Search
Print Abstract
Print Abstract
E-mail Abstract
E-mail Abstract
Full Text
Full Text
Add To Collection
Save to My Collections
Export Citation
Export Citation

Cavanaugh Ph.D.,, C. & Cavanaugh Ph.D.,, T. (2000). DIGITAL PHOTOGRAPHY FOR MATH AND SCIENCE. In Proceedings of International Conference on Mathematics / Science Education and Technology 2000 (p. 425). AACE.
Retrieved from http://www.editlib.org/p/15482.

OpenURL Link Share on Twitter

Conference Information

MSET

International Conference on Mathematics / Science Education and Technology (MSET) 2000
2000
AACE

Table of Contents


Authors

Catherine Cavanaugh Ph.D.,, Terence Cavanaugh Ph.D.,, University of South Florida, USA

Abstract

Digital cameras have many advantages over film cameras for math and science education, and add a multimedia dimension to learning. Today's digital cameras offer a variety of features, and are as easy to use as film cameras without the expense of film processing. Digital images are available more rapidly than film images, allow unlimited low-cost duplication, and can be controlled and manipulated easily. Using a digital camera, students make personal meaning of documents, presentations, and electronic communications such as email and web pages. Math and science teaching and assessment are enhanced through electronic field trips, demonstrations and portfolios. Digital cameras enable students to visualize the mathematical and natural worlds in unique ways. Many cameras have panorama and limited audio/video capabilities. Most offer live or recorded video output, and can be used with special lenses, including microscopes and telescopes.

Keywords

Also Read

Tags

Comments & Discussion

Comment on the paper above. You must be registered to participate. Registration is free.




Feedback and Suggestions please email info@aace.org.