This article describes a game aimed at helping students become comfortable using dimensional analysis. Designed to mimic the popular card game UNO, MOLE-O encourages students to think about how to set up a stoichiometry problem utilizing a deck of UNO-like playing cards.
This engaging activity uses wrapped and unwrapped candy to simulate alpha and beta decay.
The author shares how using interactive notebooks has supported her chemistry students.
"Who Poisoned Veronica Merriweather?" is a fun application of formula stoichiometry for students who are placed in the role of a CSI lab sleuth helping to interpret chemical data to identify a murderer. Topics covered include formula stoichiometry, percentage composition, empirical and molecular formulas and gas chromatography–mass spectrometry.
Check out this activity designed for beginning chemistry students to become familiar with phase diagrams and their associated terminology. The activity is suitable for an at-home assignment.
Engage students in organic chemistry with a simple one-pot synthesis using the Mannich condensation reaction. This hands-on lab reinforces key concepts like reaction mechanisms, chromatography, and yield calculations, making abstract ideas tangible while building essential lab skills.
Molecular geometry is a center piece to a student’s understanding of intermolecular forces. Unfortunately, many students don’t have the special skills to “see” the geometry without a model kit. Check out this inexpensive take-home model kit!
Find out more about Nicholls State University Department of Chemistry's recruiting program involving a Roadshow and Field Days and its impact on diversity in the chemistry program.
Find out more about Nicholls State University Department of Chemistry's recruiting program involving a Roadshow and Field Days and its impact on diversity in the chemistry program.
Implementing a Process-Oriented Guided Inquiry Learning (POGIL) style recrystallization activity provides students with an opportunity to actively engage in the learning process while reinforcing key chemical concepts such as polarity, solubility, and purification techniques. Research has shown that a POGIL approach promotes improved conceptual understanding, critical thinking, and teamwork skills compared to traditional laboratory approaches1,2.
