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Fisher, Aidan A.E. – Journal of Chemical Education, 2019
Computational approaches toward simulating chemical systems and evaluating experimental data has gathered great momentum in recent years. The onset of more powerful computers and advanced software has been instrumental to this end. This manuscript presents a hands-on activity which trains students in basic coding skills within the Matlab…
Descriptors: Computer Software, Chemistry, Quantum Mechanics, Energy
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Shemwell, Jonathan T.; Chase, Catherine C.; Schwartz, Daniel L. – Journal of Research in Science Teaching, 2015
Evaluating the relation between evidence and theory should be a central activity for science learners. Evaluation comprises both hypothetico-deductive analysis, where theory precedes evidence, and inductive synthesis, where theory emerges from evidence. There is mounting evidence that induction is an especially good way to help learners grasp the…
Descriptors: Thinking Skills, Correlation, Science Instruction, College Students
Shemwell, Jonathan T.; Chase, Catherine C.; Schwartz, Daniel L. – Grantee Submission, 2015
Evaluating the relation between evidence and theory should be a central activity for science learners. Evaluation comprises both hypothetico-deductive analysis, where theory precedes evidence, and inductive synthesis, where theory emerges from evidence. There is mounting evidence that induction is an especially good way to help learners grasp the…
Descriptors: Thinking Skills, Correlation, Science Instruction, College Students
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Gluck, P.; Krakower, Zeev – Physics Education, 2010
We present a unit comprising theory, simulation and experiment for a body oscillating on a vertical spring, in which the simultaneous use of a force probe and an ultrasonic range finder enables one to explore quantitatively and understand many aspects of simple and damped harmonic motions. (Contains 14 figures.)
Descriptors: Learning Activities, Motion, Science Instruction, Physics