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High School Chemistry โ€” Laboratory Course
Course Syllabus & Standards Alignment
Academic Year:

Course Description

This laboratory course provides a structured, standards-aligned high school chemistry laboratory experience delivered through interactive computer simulations. Students complete 31 laboratory investigations covering the major units of a first-year high school chemistry curriculum.

Each laboratory includes: pre-lab reading, interactive simulation with data collection, structured analysis questions, and a written conclusion. Upon submission, the platform generates a print-ready PDF lab report that serves as the formal laboratory record for transcript documentation purposes.

Credit designation: This course constitutes the laboratory component of one academic year of high school chemistry. Total active laboratory time is logged automatically and is available for transcript documentation.

Standards Alignment

All labs align with Next Generation Science Standards (NGSS) and cover Science and Engineering Practices (SEP), Disciplinary Core Ideas (DCI), and Crosscutting Concepts (CCC). Several labs use the same investigation formats as AP Chemistry labs defined by the College Board. This is a standard first-year chemistry course โ€” it does not include AP exam preparation and does not confer AP credit.

NGSS HS-PS1 NGSS HS-PS2 NGSS HS-PS3 NGSS HS-PS4 AP Chem Lab 1 AP Chem Lab 2 AP Chem Lab 4 AP Chem Lab 10

Laboratory Investigations

Unit A โ€” Foundations
Lab A-1
Lab Safety & Equipment Identification
Available
Lab A-2
Measurement & Significant Figures
Available
Lab A-3
Density Determination
Available
Lab A-4
Chemical vs. Physical Changes
Available
Lab A-5
Separation of Mixtures
Available
Unit B โ€” Atomic Structure & the Periodic Table
Lab B-1
Atomic Structure
Available
Lab B-2
Flame Tests & Metal Ion Identification
Available
Lab B-3
Periodic Table Trends
Available
Lab B-4
Isotopes & Relative Atomic Mass
Available
Unit C โ€” Chemical Bonding & Nomenclature
Lab C-1
Chemical Formulas & Nomenclature
Available
Lab C-2
Ionic vs. Covalent Bond Properties
Available
Lab C-3
Molecular Geometry / VSEPR Modeling
Available
Unit D โ€” Reactions
Lab D-1
Classifying Chemical Reactions
Available
Lab D-2
Evidence of Chemical Reactions
Available
Lab D-4
Balancing Chemical Equations
Available
Unit E โ€” Stoichiometry
Lab E-1
Mole Concept & Avogadro's Number
Available
Lab E-2
Empirical Formula Determination
Available
Lab E-3
Percent Composition & Hydration
Available
Lab E-4
Limiting Reactant & Percent Yield
Available
Unit F โ€” Gas Laws
Lab F-1
Boyle's Law โ€” Pressure vs. Volume
Available
Lab F-2
Charles's Law โ€” Volume vs. Temperature
Available
Lab F-3
Gay-Lussac's Law โ€” Pressure vs. Temperature
Available
Lab F-4
Ideal Gas Law โ€” PV = nRT
Available
Unit G โ€” Solutions
Lab G-1
Solutions & Molarity
Available
Lab G-2
Solubility & Saturation
Available
Unit H โ€” Thermochemistry
Lab H-1
Thermochemistry & Calorimetry
Available
Unit K โ€” Acids, Bases & pH
Lab K-1
Acids, Bases & the pH Scale
Available
Lab K-2
Red Cabbage pH Indicator
Available
Lab K-3
Acid-Base Titration
Available
Unit N โ€” Nuclear Chemistry
Lab N-1
Radioactive Decay & Nuclear Equations
Available
Lab N-2
Half-Life & Radioactive Dating
Available

Credit Hour Calculation

Each laboratory is designed for approximately 35โ€“50 minutes of active work. The platform logs active time using the Page Visibility API, ensuring idle time is excluded. Total credit hours are calculated from verified active time.

Recommended course weight: 0.5 credit (laboratory component of a full-year chemistry course). If using as a standalone lab-intensive course, 1.0 credit is appropriate when supplemented with a chemistry textbook curriculum.

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