Flash rocks, typically pieces of quartz that produce light when struck together, are an example of the complex phenomenon of triboluminescence. The green chemistry aspects for the flash rock demonstration are considered, and LEGO models illustrating quartz crystals, piezoelectric materials, and nonpiezoelectric materials are presented.
chemical education research
Evaluations are part of everyday life and professional work. This multi-part blog series aims to expand upon the collective understanding of the kinds of evaluations. This, the first post, begins with personal experience with the common kinds of evaluations.
Free AP Chemistry prep exams are available for teachers. This is part of a research study occurring through the 2020-2021 year. Enroll today!
There is a new process to renew your National Board certification coming in 2021.
One reason so many students find chemistry difficult is the abstract nature of the concepts. Research based on the constructivist model of learning has shown that as an educator teaches, the learner makes meaning of the content by drawing from their background knowledge, attitude, abilities and everyday experience and this often results in a different construct than that of the teacher.
The IB Program is a two year program, beginning in the students’ junior year, focused on creating balanced learners who explore content in a wide range of areas to develop effective approaches to learning and be capable of working in global contexts.
A couple of days ago on Twitter, the ever-lasting debate between lecture and active learning reignited due to some talks at an Educational Research Conference held in Dublin. These talks stated direct guidance (which includes lecture) was superior in terms of student learning due its reduction of students’ cognitive load. The main citation used for this argument was an article by Kirschner, Sweller, and Clark published in 2006. So, let’s dive into what this article says.
Erica Jacobsen shares highlights from the October 2019 issue of the Journal of Chemical Education of special interest to our ChemEd X community.
Once one knows about Critical Pedagogy (with respect to Critical Thinking, as was covered in the previous blog), how is that knowledge used? Can strategies be implemented that embrace Critical Pedagogy while not sacrificing content coverage? What are some ways to build criticality in students while maintaining expected requirements for classroom rigor?
I recently participated in a conference known as the Digital Pedagogy Lab as a fellow, which required leading a workshop (or an equivalent). I chose to structure my workshop around the ideas of critical pedagogy and STEM, and particularly how we use these ideas in a practical way in the classroom (both F2F (face-to-face) and DL (distance learning)). This blog will be one of a two-part series on these topics.