Planet Chemistry Teacher Guide
Integrated Physical Science • Continuation High School Blueprint
Planet Chemistry Teacher Guide
A high-interest, phenomenon-driven integration of Earth Science and Chemistry designed for low-reading, math-accessible credit recovery.
Scope & Sequence 9-Week Quarter
The Strategic Recommendation: Blend Them as "Earth Systems Chemistry"
Do not teach pure abstract chemistry (moles, stoichiometry, electron orbitals) or dry descriptive earth science (memorizing rock names). In continuation school, students re-engage when science is tangible, visual, and immediately relevant. Treat Earth as the macroscopic chemistry lab: use dramatic geological phenomena (volcanoes, sinkholes, crystals, wildfires) to reveal fundamental chemical concepts without math-heavy barriers.
4-Unit Modular Course Architecture (9-Week Quarter)
Unit 1 • Weeks 1-2 Kinetic & Thermal
Lava & States of Matter
Volcanic eruptions explore atomic motion, phase changes, thermal energy transfer, density, and liquid viscosity.
Core Lab: Corn Syrup Viscosity & Magma Chamber Pressure
Unit 2 • Weeks 3-4 Structure & Bonding
Crystals, Minerals & Ores
Mineral geometries introduce the periodic table, elements vs. compounds, crystal lattice structures, and mining resources.
Core Lab: Rapid Borax Crystal Growth & Mineral Hardness
Unit 3 • Weeks 5-6 Solutions & pH
Water Chemistry & Weathering
Sinkholes and ocean acidification explore aqueous solutions, solubility, acids, bases, and chemical weathering reactions.
Core Lab: Red Cabbage pH Indicator & Chalk Acid Weathering
Unit 4 • Weeks 7-9 Reactions & Cycles
Atmosphere, Fire & Carbon
Wildfire smoke and greenhouse gases explore combustion reactions, conservation of mass, gas particles, and the global carbon cycle.
Core Lab: Sealed Flask Combustion Mass & Air Quality Testing
Instructional Pillars for Continuation Learners
Zero-Algebra Models
Replace formula manipulation with visual particle diagrams, colored tokens for atoms, and tactile snap-cube ratios.
Low-Reading Scaffolds
Utilize illustrated glossaries, sentence starters for CER (Claim-Evidence-Reasoning), and visual comic-strip procedures.
Daily Credit Accrual
Every class produces an immediate physical deliverable (lab stamp, 3-question ticket) so students bank daily credit without homework.
Earth Systems Chemistry • Continuation High School Curriculum Page 1 of 3 • Course Architecture
Curriculum Implementation
Unit Breakdown & Low-Math Lab Sequences
Tactile • Visual • Phenomenon-Based
1
Unit 1: Magma, Pressure & Kinetic Energy
Weeks 1-2 • 10 Class Sessions
Earth Phenomenon
Why do shield volcanoes ooze gently (Hawaii) while stratovolcanoes explode violently (Mt. St. Helens)?
Chemistry Core
Thermal energy vs. particle speed; liquid viscosity; gas pressure buildup in confined fluids; density stratification.
Accessible Lab & Scaffold
Viscosity Derby: Race cold vs. warm syrups on angled trays. Graph results using visual color bars instead of slope calculations.
2
Unit 2: Crystals, Minerals & Elemental Identity
Weeks 3-4 • 10 Class Sessions
Earth Phenomenon
How do giant salt flats, quartz geodes, and valuable lithium/copper mining deposits form in the crust?
Chemistry Core
Atoms vs. molecules; elemental symbols; ionic bonding visualized through geometric crystal repeating patterns.
Accessible Lab & Scaffold
Mineral Sleuth: Scratch, streak, and vinegar-fizz tests on 6 real mineral samples using a pictorial identification key.
3
Unit 3: Groundwater, Solutions & Chemical Weathering
Weeks 5-6 • 10 Class Sessions
Earth Phenomenon
How do underground caverns and sinkholes dissolve out of solid rock? Is local drinking tap water pure or a mixture?
Chemistry Core
Solvent vs. solute; solubility saturation; acids & bases; pH color indicators; neutralization reactions.
Accessible Lab & Scaffold
Cave in a Cup: React chalk (calcite) with vinegar vs. water. Measure mass loss with digital scales and universal pH rainbow strips.
4
Unit 4: Wildfires, Atmosphere & The Carbon Cycle
Weeks 7-9 • 15 Class Sessions
Earth Phenomenon
Where does wood go when a forest burns? How do greenhouse gases trap heat in Earth's atmosphere?
Chemistry Core
Combustion reaction word equations; conservation of matter; infrared absorption of CO₂ vs. N₂ gas molecules.
Accessible Lab & Scaffold
Bottled Greenhouse: Compare temperature rise under lamps in air bottles vs. CO₂ bottles (effervescent tablet generated).
Earth Systems Chemistry • Continuation High School Curriculum Page 2 of 3 • Unit Breakdown & Labs
Classroom Management & Differentiation
Continuation Class Toolkit & Routine
50-Minute Predictable Rhythm
Daily 50-Minute Predictable Flow (No Homework Model)
Min 00–08
Phenomenon Hook
1-minute video clip or physical sample with 2 quick visual observation questions.
Min 08–22
Tactile Station / Lab
Hands-on test, physical model assembly, or microscope station with partner.
Min 22–38
Visual Graphic Log
Direct whole-group review: fill in color-coded particle diagrams & sentence frames.
Min 38–50
Daily Credit Stamp
Teacher stamps completed page. Work stays in classroom folder. Credit earned today!
Targeted Accommodations for Skill Deficits
Reading Deficit Solutions
- Pictorial Vocabulary Banks: Every key term (e.g., viscosity, precipitate, solute) pairs with a distinct icon and a maximum 5-word definition.
- Structured CER Sentence Frames: "I claim the liquid was more viscous because it took ___ seconds longer to flow down the ramp."
- Comic-Strip Lab Protocols: Procedures formatted as numbered visual panels with arrows rather than paragraphs of text.
Math Deficit Solutions
- Replace Stoichiometry with Atom Tiles: Students balance chemical reactions using color-coded plastic bingo chips (Carbon = Black, Oxygen = Red).
- Color-Bar Data Representations: Students color in stacked grids to show changes in temperature or mass rather than plotting xy coordinate graphs.
- Pre-Calibrated Measuring Tools: Use graduated cylinders marked with colored tape bands instead of requiring precise fractional conversions.
Attendance-Resilient Credit Recovery Mechanics
Continuation students frequently miss days. Traditional unit tests fail because one week of absence guarantees failure. Instead, organize the quarter into 16 Standalone "Skill Badges" (4 per unit). Any student absent for a lab can complete an alternate 15-minute "Station Catch-Up Folder" on Friday to earn that specific badge, keeping hope alive and credits compounding throughout the term.
Earth Systems Chemistry • Continuation High School Curriculum Page 3 of 3 • Differentiation & Classroom Routine
