collaborative/cooperative learning

JCE 96.11 November 2019 Issue Highlights

Mentoring the Next Generation

The November 2019 issue of the Journal of Chemical Education is now available to subscribers. Topics featured in this issue include: biochemistry and visualizations; fostering effective explanations and instructions; learning through games and contests; green chemistry; investigations involving light; discovery-based laboratories; innovations in teaching; chemistry teacher experiences; foundations of chemistry; from the archive: infrared imaging.

Measurement, Uncertainty, and Significant Figures 

As high school teachers, we know that understanding how measurement works is crucial for lab skills and for understanding significant figures. We think measurement should be an easy topic for students to learn; especially because we know that teachers begin working with students in elementary school to teach these skills. However, I, and many other teachers, have spent countless hours teaching and reteaching a seemingly simple skill.

Flipped Classroom: A Framework for In-Class Activities

The flipped-classroom approach to education is undoubtedly popular, with consistent growth in the number of related books, conference sessions, and educator network memberships. Although active-learning may not be any more beneficial in a flipped classroom compared to a traditional classroom, it is clear that a flipped class can increase the frequency of active-learning opportunities.

JCE 96.10 October 2019 Issue Highlights

Celebrating National Chemistry Week 2019

The October 2019 issue of the Journal of Chemical Education is now available to subscribers. Topics featured in this issue include: marvelous metals; safety; engaging activities on nuclear chemistry and self-healing hydrogels; chemistry activities for students studying nursing; fostering community; mathematics and computer models in chemistry; innovative experiments; challenges of demonstrating the atmospheric greenhouse effect; chemical education research; resources for teaching.

Practical Classroom Implementations for Critical Pedagogy

Once one knows about Critical Pedagogy (with respect to Critical Thinking, as was covered in the ), what does one do with that knowledge? Can we implement strategies that embrace Critical Pedagogy while teaching the content we need to cover? Are there ways to build criticality in our students while maintaining our requirements for classroom rigor?

JCE 96.09 September 2019 Issue Highlights

Cultivating Chemical Curiosity

The September 2019 issue of the Journal of Chemical Education is now available to subscribers. Topics featured in this issue include: exploring the chemistry of natural materials; research in chemical education; undergraduate research and project-based laboratories; innovative organic chemistry teaching; organic laboratory instruction; analytical chemistry investigations and instrumentation; nanochemistry; inorganic chemistry; teaching kinetics; exploring kinetic-molecular theory; from the archives: biodiesel.

JCE 96.08 August 2019 Issue Highlights

Chemistry Education: A Bridge to the Future

The August 2019 issue of the Journal of Chemical Education is now available to subscribers. Topics featured in this issue include: authentic chemistry laboratories; student motivation, sustained interest, and student success; student understanding of fundamental concepts; aids to assessment; computer-based learning; active learning activities; engaging polymer chemistry activities; experimenting with flavor and food; organic chemistry laboratories; spectroscopy laboratories; acid-base chemistry; from the archives: polymer properties.

Oxidation Argumentation Activity

I facilitate a working group of chemistry teachers in the New York area and we recently created our own activity surrounding the topic of oxidation. The goal of the probe was to force students to think about what the meaning of oxidation is, as well as to allow students to engage in the science and engineering practice of argumentation. This was an introductory lesson to my oxidation and reduction unit prior to students learning the terms oxidation and reduction.