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Educational Alternatives, Volume 18, 2020

DEFINITE INTEGRAL FOR CALCULATING VOLUME OF REVOLUTION THAT IS GENERATED BY REVOLVING THE REGION ABOUT THE X (Y) - AXIS AND THEIR VISUALIZATION
Zoran Trifunov
Pages: 178-186
Published: 16 Sep 2020
Views: 1,770
Downloads: 162
Citations: 11 (Google Scholar)
Citations: 1 (OpenAlex)
Abstract: If we know the function that is limit of some shape, then by the help of a definite integral we can calculate the volume of that shape. Students learn the procedure about the definite integral calculating, but they never understand what exactly they calculate. For visually presenting the shape of which we calculate the volume and explaining the procedure about getting the shapes, we will use the free software GeoGebra. This way the students can calculate the volume of the shapes and at the same time, they can present the shape visually and see what they calculate. That way we will have students who know how to apply their knowledge in mathematics about solving practical problems.
Keywords: definite integral, integral, geogebra, applied mathematics
Cite this article: Zoran Trifunov. DEFINITE INTEGRAL FOR CALCULATING VOLUME OF REVOLUTION THAT IS GENERATED BY REVOLVING THE REGION ABOUT THE X (Y) - AXIS AND THEIR VISUALIZATION. Journal of International Scientific Publications: Educational Alternatives 18, 178-186 (2020). https://www.scientific-publications.net/en/article/1002111/
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