Chemistry Fundamentals from Zero
A complete beginner path taking you from matter and measurement through bonding, stoichiometry, and equilibrium with no prerequisites.
Intended learner: Absolute beginners with high-school mathematics; no prior chemistry required.
OUTCOMES
- Explain matter, units, and measurement uncertainty
- Describe atomic structure and periodicity
- Apply stoichiometry and gas laws
- Relate bonding to properties
- Summarize equilibrium and acid–base basics
Chemistry Fundamentals from Zero
A complete beginner path taking you from matter and measurement through bonding, stoichiometry, and equilibrium with no prerequisites.
Intended learner
Absolute beginners with high-school mathematics; no prior chemistry required.
Prerequisites
- No prerequisites — suitable for beginners.
Outcomes
- Explain matter, units, and measurement uncertainty
- Describe atomic structure and periodicity
- Apply stoichiometry and gas laws
- Relate bonding to properties
- Summarize equilibrium and acid–base basics
Ordered modules
1. Foundations
Matter, measurement, units
2. Atomic Structure
Atoms, orbitals, configurations
- atomic models
- protons neutrons electrons
- isotopes
- average atomic mass
- orbitals quantum numbers
- electron configuration orbital diagrams
3. Periodicity & Bonding
Trends and bonding
- periodic table organization
- periodic trends overview
- why bonds form
- ionic covalent metallic bonding
- lewis symbols structures
- vsepr molecular shapes
- intermolecular forces hydrogen bonding
4. Quantitative Chemistry
Formulas, equations, mole
- reading formulas
- naming ionic compounds
- balancing equations
- mole avogadro
- molar mass
- grams moles particles
- mole ratios stoichiometry
- limiting excess reactants
- theoretical actual percent yield
5. States & Solutions
Gases, phases, solutions
- pressure units
- ideal gas law
- partial pressures
- heating curves phase diagrams
- solutes solvents solutions solubility electrolytes
- molarity
- preparation dilution
6. Energy & Equilibrium
Thermo, kinetics, equilibrium, acids
- calorimetry
- enthalpy hess formation
- entropy gibbs energy
- reaction rate collision theory
- dynamic equilibrium kc kp q
- ph poh
- buffers henderson hasselbalch
Estimated time
~28 hours. Progress is stored locally; completion is self-reported.
Completion rules
Complete lessons in order; each module requires passing its check. Progress stored locally. No certificate — completion is self-reported.
Related topics
- chemistry-foundations
- atomic-structure
- periodic-table-trends
- chemical-bonding
- molecular-geometry-forces
- chemical-names-formulas
- chemical-reactions-equations
- mole-stoichiometry
- gases-gas-laws
- solutions-concentration
- thermochemistry-thermodynamics
Review
- Last reviewed: 2026-08-21
- Review due: 2027-08-21
- Author: Chemistry Fundamentals Editorial Team
- Reviewer: Dr. Example Reviewer (PhD Chemistry — placeholder reviewer)
- Sources: NIST 2022-CODATA via
nist-2022.
Curriculum note
Frameworks are stored separately in src/content/curriculum/ with framework name, version/year, standard ID, and source URL. No official affiliation is implied.
Completion rules
Complete lessons in order; each module requires passing its check. Progress stored locally. No certificate — completion is self-reported.
OTHER PATHS
Editorial Team — transparent review placeholder
Reviewed August 21, 2026
SOURCES
- [nist-2022]NIST Physical Constants 2022 (2022). NISThttps://physics.nist.gov/constants