Exploring the Plurality of Chemical Modeling: Implications for Chemistry Teaching

Abstract

Modeling is a core disciplinary practice in chemistry, yet its complexity is often oversimplified and underdiscussed in educational contexts. This essay explores the plurality of chemical modeling by examining the different granularity levels and dimensions of analysis that chemists use to represent matter and its behavior. It highlights the indirect nature of connecting macroscopic observations to submicroscopic models and discusses the diverse approaches used to model chemical substances and processes. Through an illustrative example, this paper demonstrates how various chemical models provide complementary insights into the same phenomenon. Recognizing the plurality of chemical modeling has significant implications for chemical education, as it can help educators develop curricula, instructional strategies, and assessments that foster deeper conceptual and epistemic understandings.