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Rankin, Jenny Grant – Online Submission, 2015
Data is critical, but data has not always lead to success. If data is not communicated clearly, the results can be disastrous. Design lets us communicate data so it can be understood. Dr. Rankin believes that "when we're fluent in visualizing our ideas, we can communicate them across global boundaries, across spoken language barriers, and…
Descriptors: Data, Information Utilization, Relevance (Education), Data Interpretation
Taheriyan, Mohsen – ProQuest LLC, 2015
Information sources such as relational databases, spreadsheets, XML, JSON, and Web APIs contain a tremendous amount of structured data, however, they rarely provide a semantic model to describe their contents. Semantic models of data sources capture the intended meaning of data sources by mapping them to the concepts and relationships defined by a…
Descriptors: Semantics, Information Sources, Data, Models
Cabello, Valeria M.; Real, Constanza; Impedovo, Maria Antonietta – Research in Science Education, 2019
Constructing explanations of scientific concepts is one of the most frequent strategies used in the science classroom and is a high-leverage teaching practice. This study analysed the explanations provided by student teachers in STEM areas from a socio-materiality perspective focused on verbal and nonverbal language and representations. The study…
Descriptors: STEM Education, Second Language Learning, Graphs, Teaching Methods
Wilson, Rachel; Bradbury, Leslie – Science and Children, 2019
To become scientifically literate, students need to interpret science concepts using numbers, text, and visuals (Lemke 2004). Scientists use multiple modes to communicate their ideas to each other and the public, including images, text, mathematical notations, symbols, diagrams, charts, and graphs. Several of the science and engineering practices…
Descriptors: Science Instruction, Teaching Methods, Interdisciplinary Approach, Scientific Literacy
DiCerbo, Kristen – Learning, Media and Technology, 2016
The volume of data that can be captured and stored from students' everyday interactions with digital environments allows for the creation of models of student knowledge, skills, and attributes unobtrusively. However, models and techniques for transforming these data into information that is useful for educators have not been established. This…
Descriptors: Bayesian Statistics, Educational Technology, Electronic Learning, Learning Processes
Roy, George J.; Hodges, Thomas E.; Graul, LuAnn – Mathematics Teaching in the Middle School, 2016
Who will make a better estimate concerning the number of jelly beans in a jar, a single person or a group of people? On one side of the debate is the notion that a person would make a better decision because he or she uses unique knowledge that the group may not possess. On the opposite side of the argument is the claim that because of their…
Descriptors: Mathematics Instruction, Secondary School Mathematics, Middle School Students, Teaching Methods
Frank, Kristin M. – North American Chapter of the International Group for the Psychology of Mathematics Education, 2016
In this study I investigate Saldanha and Thompson's (1998) claim that conceptualizing a coordinate pair in the Cartesian coordinate system as a multiplicative object, a way to unite two quantities' values, supports students in conceptualizing graphs as emergent representations of how two quantities' values change together. I presented three…
Descriptors: Mathematics Instruction, Mathematical Logic, College Students, College Mathematics
Verdine, Brian N.; Lucca, Kelsey R.; Golinkoff, Roberta M.; Hirsch-Pasek, Kathryn.; Newcombe, Nora S. – Grantee Submission, 2016
How do toddlers learn the names of geometric forms? Previous work suggests that preschoolers have fragmentary knowledge and that defining properties are not understood until well into elementary school. The current study investigated when children first begin to understand shape names and how they apply those labels to unusual instances. We tested…
Descriptors: Young Children, Geometric Concepts, Toddlers, Naming
Aksoy, Esra; Narli, Serkan; Aksoy, Mehmet Akif – International Journal of Research in Education and Science, 2018
In the identification process, there may be gifted students who may be unnoticed or students who are misdiagnosed and are disappointed. In this context, this study is a step that may solve these two problems about the identification of mathematically gifted students with the help of data mining, which is data analysis methodology that has been…
Descriptors: Academically Gifted, Talent Identification, Data Collection, Mathematics Instruction
Ingulfsen, Line; Furberg, Anniken; Strømme, Torunn Aanesland – International Journal of Computer-Supported Collaborative Learning, 2018
This paper reports on a study of teacher support in experimental computer-supported collaborative learning (CSCL) settings where students engage with graphs in real-time labs within the context of school science. Real-time labs are digital devices and software connected to student-controlled sensors or probes that can measure and visualize data…
Descriptors: Computer Assisted Instruction, Educational Technology, Graphs, Science Instruction
Wessel-Powell, Christy; Lu, Ya-Huei; Wohlwend, Karen – Reading Teacher, 2018
Increased emphasis on standardization in primary grades can stifle spontaneous literacy play. The authors argue that allowing playful, collaborative, multimodal literacies into primary classrooms and specifically in writers' workshop can expand and enliven the way we see students' literacy strengths. The authors look closely at the unique…
Descriptors: Literacy Education, Standards, Teaching Methods, Play
van Opstal, Mary T.; Nahlik, Philip; Daubenmire, Patrick L.; Fitch, Alanah – Journal of Chemical Education, 2018
Many students enroll in college general chemistry with an interest in a medical career. In those (and alternative) careers, they will need to make critical decisions about data and how that data are acquired. A significant portion of introductory lab experiments are, in principle, but not necessarily in practice, devoted to understanding how…
Descriptors: Chemistry, Laboratory Experiments, Science Education History, Data
Pi-Sui Hsu; Silvia Ginting; Margot Van Dyke – International Journal of Designs for Learning, 2018
The objective of this design case was to describe the development of an online graph-oriented tool to support the representation of collaborative argumentation for middle school students from a faculty expert's perspective and discuss the processes that were instrumental in developing the tool. Supported by the professional staff in the Digital…
Descriptors: Graphs, Persuasive Discourse, Middle School Students, Expertise
Lovatt, Ian; Syed, M. Qasim – Physics Teacher, 2014
This is a companion to our previous paper in which we give a published example, based primarily on Perry's work, of a graph of ln "y" versus "t" when "y" is an exponential function of "t". This work led us to the idea that Lord Kelvin's (William Thomson's) estimate of the Earth's age was…
Descriptors: Science Instruction, Physics, Graphs, Radiation
Wong, Wing-Kwong; Chen, Kai-Ping; Lin, Jia-Wei – International Journal of Distance Education Technologies, 2020
The results of PISA 2015 indicate that Taiwanese students have excellent mathematical and scientific knowledge but are weak in applying such knowledge and in conducting practical experiments in the laboratory. To support students conducting practical experiments in physics laboratories, a real-time data logging system and an online tool for…
Descriptors: Foreign Countries, Physics, Science Instruction, Handheld Devices