Join Us at ChemEd 2025
Join us at ChemEd 2025 this July at the Colorado School of Mines. Check out this post to learn about all the exciting opportunities!
Join us at ChemEd 2025 this July at the Colorado School of Mines. Check out this post to learn about all the exciting opportunities!
In this post, a veteran AP Chemistry teacher explains his rationale for the course's topic order. By using an empirically driven sequence, students build deep conceptual understanding and rely less on memorization of facts. It’s a must-read for any educator aiming to make chemistry more meaningful—and more memorable—for students.
In this post, Kevin Morse outlines an easy-to-implement procedure to help students reflect on teacher feedback for improved understanding.
The November 2024 APTeach presentation outlined instructional strategies to model net ionic equations and chemical reactions using particulate models, chemical symbols, and observations to support students’ understanding of how chemicals react and interact at the particle level. A clip of the presentation and the presentation slidedeck are included here.
Recent space-related phenomena like aurora and a comet were viewed by large numbers of people. These phenomena can be connected to concepts described in chemistry courses, such as electronic structures and light emission associated with species such as excited oxygen atoms.
The Chemistry Laboratory Curriculum (CLC) Innovators Program is accepting applications for its 2025 cohort to help faculty teams transform chemistry labs into inquiry-based experiences with NSF support—apply by December 31, 2024!
How can chemistry address real-world issues? Explore how teaching Social Justice Science Issues helps students connect chemistry to their local communities. By integrating student community-centered storylines, teachers can engage students in critical thinking about chemistry topics and how they apply to their everyday lives.
Yvonne Clifford shares a compilation of lessons that incorporate Indigenous peoples and cultures.
The author shares how using interactive notebooks has supported her chemistry students.
Brain Breaks are powerful tools in education, supported by research showing improved focus, retention, community building, and reduced stress among students. When structured using chemistry principles, like in the Water Maze Race, brain breaks can also introduce or reinforce fundamental chemistry concepts.