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Science and Mathematics Education Commons™
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Articles 1 - 4 of 4
Full-Text Articles in Science and Mathematics Education
Measuring Creativity In The Fermi Problem, A Type Of Mathematical Modeling, Applying Information Theory, Hidemichi Okamoto
Measuring Creativity In The Fermi Problem, A Type Of Mathematical Modeling, Applying Information Theory, Hidemichi Okamoto
Journal of Educational Technology Development and Exchange (JETDE)
Many methods of measuring creativity have been studied - mainly in psychology. In recent years, there have been attempts to incorporate such creativity into mathematical modelling, a topic handled in mathematics education. Accordingly, some studies have been trying to assess creativity in it. However, there have been no clear criteria or formulas that can be used for any problem, since a rubric has been created for each problem and evaluated individually. In the present study, to measure creativity in the Fermi problem, a type of mathematical modelling, a formula that applies information theory used in information science is proposed and …
Faculty Interactions With Black Male Students At Hbcus And Community Colleges As Predictors Of Academic Achievement In Stem, Antoine Gates
Faculty Interactions With Black Male Students At Hbcus And Community Colleges As Predictors Of Academic Achievement In Stem, Antoine Gates
Dissertations
A myriad of studies in STEM education aim to identify the underlying reasons behind poor achievement of Black males in higher education. Research studies have indicated that HBCUs make significant advances in various desired outcomes such as graduation rates for Blacks, especially males. However, Black males at community colleges do not always fare similarly to their counterparts at HBCUs. There are limited studies on faculty interactions with Black males in STEM at community colleges. Therefore, the goal of this study was to identify whether significant differences existed in the interactions STEM faculty formed with Black males at community colleges and …
Moving College Students To A Better Understanding Of Substrate Specificity Of Enzymes Through Utilizing Multimedia Pre-Training And An Interactive Enzyme Model, Mounir R. Saleh
Dissertations
Scientists’ progress in understanding enzyme specificity uncovered a complex natural phenomenon. However, not all of the currently available biology textbooks seem to be up to date on this progress. Students’ understanding of how enzymes work is a core requirement in biochemistry and biology tertiary education. Nevertheless, current pre-college science education does not provide students with enough biochemical background to enable them to understand complex material such as this. To bridge this gap, a multimedia pre-training presentation was prepared to fuel the learner’s prior knowledge with discrete facts necessary to understand the presented concept. This treatment is also known to manage …
Selecting Effective Mathematics Interventions In The Rti Process Via Brief Experimental Analyses, Carmen Daniela Reisener
Selecting Effective Mathematics Interventions In The Rti Process Via Brief Experimental Analyses, Carmen Daniela Reisener
Dissertations
The treatment utility of brief experimental analyses (BEAs) for identifying effective treatments for individual students experiencing mathematics difficulties is a novel area of research; especially in a Response-to-intervention (Rtl) framework. One fourth and three sixth grade students served as participants in the current study. The effects of a variety of evidence-based mathematics computation fluency interventions were examined in a BEA format. Effective treatments identified from the BEA for each participant were alternated during an extended analysis. The results of the current investigation indicated variability within and across participants in response to a variety of evidence-based interventions. Visual analysis of the …