JCE ChemEd Xchange provides a place for sharing information and opinions. Currently, articles, blogs and reading lists from ChemEd X contributors are listed below. We plan to include other items that the community wishes to share through their contributions to ChemEd X.
Join APTeach to discuss chemical bonding concepts and how they connect to several topics in the AP chemistry curriculum, such as intermolecular forces, chemical reactions, and thermochemistry. REGISTER NOW for the September 19th APTeach Session!
This chemical reaction is just plain weird...but also beautiful!
Syenite rocks containing sodalite that fluoresce yellow have been found on Lake Superior beaches in recent years and are of interest to collectors. The fluorescence of this mineral, which can be found in other localities, can be shown in classrooms and studied spectroscopically. Its structure can also be modeled with LEGO bricks, enabling further classroom connections.
Michael Farabaugh outlines mistakes and misconceptions that were encountered during the 2024 AP Reading and offers suggestions for improving performance on the AP Chemistry exam.
As the summer is coming to an end - here is how one AP Teacher has his students navigate the start of AP chemistry.
Looking for a fun way to teach gas laws? Try using brain breaks! Activities like the Longest Straw Challenge and Suck it Up Skittles Challenge not only get students up and moving but also make learning Boyle's Law engaging and memorable.
Join APTeach to discuss strategies for teaching Unit 1 concepts based on AP Chemistry’s CED. In this session, teachers will share how they uncover and address student misconceptions to improve student scores and deepen student understanding of essential chemistry concepts. REGISTER NOW for the August 22nd APTeach Session!
Discover how "Solubility Showdown," a lively brain break game, transforms learning solubility rules into a memorable experience filled with student banter and excitement.
The Ion Chip Challenge is an interactive brain break game where students play rock-paper-scissors to exchange electron chips, helping them understand ion formation by addressing common misconceptions about positive and negative charges. This engaging activity combines movement and social interaction, making chemistry concepts more accessible and reinforcing that ions are formed through the transfer of electrons, not protons.
Grinding solid colorless phenolphthalein indicator and solid colorless magnesium hydroxide base can produce a reaction that causes the mixture to turn pink.
