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應用視覺技術探討學生物質微粒特性的知識類型差異

Assessing Students' Difference Knowledge Categories by Visual Technology in Particulate Nature of the Matter

摘要


本研究旨在運用視覺技術三階診斷工具,探討學生物質微粒特性之知識回應類型。本研究設計具視覺技術與不具視覺技術的三階診斷試題,探討修過物質微粒特性課程之185位普通大學學生,其知識回應百分率、知識缺乏百分率與信心回應之差異。研究結果顯示如下三點:一、具視覺技術陳述題項的學生,其在三階認知程度較不具者有更佳的成就;二、科學知識理解方面,前者較後者高;三、信心回應則顯示前者較後者高。總之,具視覺技術之三階診斷試題,有助於學生物質微粒特性知識的參與與理解。

並列摘要


The purpose of this study aims at assessing students' knowledge categories by visual technology for the particulate nature of the matter (PNM) with three-tier diagnostic instrument. This research sets up both visual and nonvisual designs for two group students to evaluate different knowledge categories including 185 college students' percentage of correct answering rates, a lack percentage of knowledge understanding, and cognitive percentage of overconfident domains. All results are expounded in the following three major aspects: 1. Students with visual technology make more accomplishments than those with nonvisual technology; 2. Students with nonvisual technology demonstrate less knowledge understanding than those with visual technology; 3. After practices of visual technology, students perform higher percentage of self-assessment up to a surprising level in their knowledge cognitive domain. To sum up, an integrated visual technology with three-tier diagnostic instrument can facilitate students' involvement and assessment for comprehensive understanding in PNM.

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