March came and went, and our whole world- individually and as an aggregate- was turned upside down with COVID-19 and its radically imposed isolation. Face-2-Face (F2F) instruction is now online and remote. Remote teaching. Remote learning. This post is based on the simple question- How does remote teaching change our ability to teach?
This is the formative assessment activity entitled "The Exploding Pringles Can Design Challenge" designed by the ACCT project.
The Chemical Substances Inventory (CSI) is a formative assessment designed to learn about students' understanding of chemical identity. The formative assessment was designed by the Sevian research group (as indicated by the star ).
This book is filled with computer based labs that can be used in a range of classes from high school chemistry to an undergraduate course in physical chemistry. Bentham Science has generously provided free online access to the eBook through June 30, 2020.
With the current global COVID-19 pandemic, there has been much discussion of “flattening the curve” by social distancing. These ideas can be demonstrated chemically, for example, by the iron-catalyzed decomposition of hydrogen peroxide to produce an oxygen gas foam. Decreased hydrogen peroxide concentrations, representing decreased human population concentrations from social distancing, produce oxygen gas foam, representing cases of illness, at a slower rate. A similar demonstration can be achieved using the popular Diet Coke and Mentos experiment. These simple experiments are best used as stand-alone demonstrations.
Gameful learning isn’t about playing educational games; instead, it’s about creating a highly motivating and engaging learning environment by implementing proven game design elements into a course structure. With gamified learning, students are challenged and motivated to construct knowledge that goes far beyond the basics of an educational game.
Developing Students’ Scientific Reasoning - The March 2020 issue of the Journal of Chemical Education is now available online to subscribers. Topics featured in this issue include: nanochemistry; innovative curriculum; teaching with games; teaching with food chemistry and natural products; infrared applications; analysis using color, images, and visualization; environmental chemistry; computer-aided organic chemistry; synthesis laboratories; physical chemistry; graduate school climate assessment; chemical education research: introductory chemistry and student success.
Particulate diagrams are all the rage in chemical education. Learn simple tricks to create your own!
Solutions of copper (II) dissolved in acetone are easy to prepare, and can display orange, yellow, green, and blue color depending upon conditions. Such solutions allow for a variety of demonstrations and experiments that illustrate principles of chemical equilibrium.
The notion is to increase student engagement and persistence by embedding game design elements in a course or lesson. It seems to work in other industries, but can game elements be successfully applied in educational contexts?