Title:
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EXPLOITING SVG FOR DYNAMIC CHARTS AND GRAPHS IN ONLINE, OBJECTIVE LEARNING |
Author(s):
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Justin Hatt |
ISBN:
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978-972-8924-42-3 |
Editors:
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Miguel Baptista Nunes and Maggie McPherson (series editors: Piet Kommers, Pedro Isaías and Nian-Shing Chen) |
Year:
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2007 |
Edition:
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V II, 2 |
Keywords:
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Charts, Graphs, Objective Questioning, Graph Theory |
Type:
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Short Paper |
First Page:
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91 |
Last Page:
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95 |
Language:
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English |
Cover:
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Full Contents:
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click to dowload
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Paper Abstract:
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Online, objective questioning has many uses, especially computer-aided assessment and learning. However, when
questions require the use of graphs and charts, many issues can arise, which need to conform to more common and
traditional approaches. In many cases, the use of graphs and charts allows for questions being asked to be simpler to
understand and answer; in some cases, though, it is the opposite. As such, different problems, where the questions are the
same but have different displays, may appear on different levels of Blooms Taxonomy [Anderson & Krathwohl, 2000].
Visual learning is important as a multiple intelligence [Gardner, 1993] and, as such, should be considered when designing
online, objective questions. When designing graphs and charts, much attention and detail is required in order for the
visual display to resemble what a student may normally see in a textbook or in an examination. In other cases, designing
the appropriate charts and graphs involves some background theory on the subject material in order to determine what
must be included (or excluded) from the design.
This paper looks at charts and graphs in online, objective learning using Mathletics [Baruah et al, 2005], an online,
mathematics assessment and learning tool, for the undergraduate mathematics topic, graph theory. The generic structure
of the graphics is described and the pedagogical structure of the questions is examined with and without graphical
displays included. The changes involved are discussed to help determine which question displays are beneficial for
student learning |
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