Everything you need to run the course.
A course pack is more than a syllabus. It contains the full set of materials a guide, parent, or micro-school operator uses to teach Chemistry well. Print the checklists, lean on the rubrics to keep the bar consistent, and never let a student near a reagent without running the safety list first.
Assigned quantitative practice: Units 06 and 08
Use these existing unit pages for specified source readings, supplied synthetic data, foundation/core/honors tasks, public practice answers, and fresh transfer checks. Record the chosen level and independent evidence in the linked five-page assessment packet.
- Unit 06: initial rates, reaction orders, and k with units — criterion 1, including a new zero-order transfer case and a stoichiometric consumption check.
- Unit 08: Faraday charge, electron, and product calculations — criterion 4, including stated current efficiency, a changed electrode ratio, and a fresh current-history check.
These are student calculation assignments, not laboratory authorization, replacements for practical assessment, or a complete AP syllabus. The existing eight units remain in place.
Student lessons, datasets, and public practice answers (not assessment keys)
Each existing unit now includes assigned reading sections, teaching explanations, supplied data, foundation/core/honors tasks, checked public practice answers (not assessment keys), and a transfer question. Choose the level before instruction. Use the web unit for student lessons and the separate printable packet for assessment.
- Unit 01: Atomic populations, spectra and electron evidence
- Unit 02: Bonding, molecular structure and optical models
- Unit 03: Material, particle and solution ledgers
- Unit 04: Gas and phase models with defensible units
- Unit 05: Heat, entropy and thermodynamic favorability
- Unit 06: Time laws, conditional mechanisms and quantitative equilibria
- Unit 07: Weak equilibria, buffer capacity and titration regimes
- Unit 08: Redox conservation and actual cell driving force
Each dataset declares whether it contains observed, rounded reference, reconstructed, or synthetic information; check its source and limitations. Complete the practical observation requirements with approved supervision or stated alternatives; the learning pages do not certify laboratory safety or course credit.
For the student
Retrieval, spaced practice, and the non-negotiable habit of working problems by hand rather than rereading worked examples.
A one-page planner that schedules retrieval and daily problem sets around the two-day Concept Day / Experiment Day rhythm.
Goggles, gloves, fume hood, and SDS: the safety, setup, and readiness list every student runs before an Experiment Day.
How to structure a chemistry entry — data tables with units and significant figures, calculations, and error analysis. The artifact students defend all year.
For the guide & parent
A no-sign-up walk through a real week of Atomic Structure, a rubric, a notebook page, and a demonstration — the actual materials in this pack.
A plain-language walkthrough for students and parents: the rhythm, the three demonstrations, and how mastery works.
Running more than one cohort: pacing, shared lab days, reagent prep, and keeping titration defenses manageable.
Glassware, balances, reagents, indicators, and safety gear — what to buy and roughly what it costs.
All print-ready packets are arranged in binder order, ready to print for a three-ring binder.
Reference
The vocabulary, symbols, and units that unlock the whole course — from mole to molarity to oxidation state.
Common misconceptions (about conservation of mass, dissolving, and equilibrium) and how to address each one.
Where the reading lives: OpenStax Chemistry, CK-12, and books worth owning. The text sits underneath the bench.
The method, made operable
Mastery, not points: the three levels, why "not yet" recovers, and how it becomes a grade.
Mastery and integration tell a student they can and where it connects. Wonder tells them why they'd bother.
A loop, not a line: falsification, the "No" branch, and recording what you measure. Learn why these practices matter in a real lab.
One per unit, plus the three demonstration rubrics. The shared bar for "mastered."
Encouraged vs. off-limits, plus a curated prompt library for studying chemistry with AI honestly.
The cross-domain playbook, connecting stoichiometry, energy, and equilibrium into one worked example.