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, worked 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 worked answers
Each existing unit now includes assigned reading sections, teaching explanations, supplied data, foundation/core/honors tasks, checked answers, 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.