The AI Chemistry Lesson Plan Generator

Macro-micro-symbolic, the chemistry triangle

Chemistry education research identifies three levels of representation: macroscopic (what you see — a color change, a precipitate forming), microscopic or submicroscopic (what's happening at the molecular level), and symbolic (how we represent it in equations and formulas). Students have to move fluently between all three. This generator produces lessons that explicitly connect all three levels rather than teaching symbolic representation divorced from observable phenomena.

• Macroscopic observation — what students see and record

• Submicroscopic explanation — what's happening in molecules

• Symbolic representation — balanced equations, formulas

• Stoichiometry and calculation practice where relevant

Lab safety, not optional

Chemistry labs require specific safety protocols — goggles, aprons, fume hoods, chemical disposal, fire safety. This generator produces chemistry plans with safety notes as a first-class element, not an afterthought. Specific reagents trigger specific safety language (strong acids, oxidizers, flammables) so the plan calls out the hazards rather than leaving them implicit.

Stoichiometry practice that builds proportional reasoning

Stoichiometry is the procedural workhorse of high school chemistry. This generator produces plans with scaffolded practice problems (limiting reagent, percent yield, solution concentration) that build proportional reasoning progressively rather than throwing students into the deep end. Worked examples show the dimensional-analysis setup explicitly so students can replicate the procedure.