Matter and Its Interactions
Analyze substances, mixtures, solutions, physical properties, changes, and separation methods.
Evidence-based lessons and interactive practice for increasingly independent scientific reasoning.
Begin with matter, then connect living systems, energy, and Earth systems.
Analyze substances, mixtures, solutions, physical properties, changes, and separation methods.
Study cell structures, specialization, tissues, organs, body systems, and organization.
Explore motion, forces, heat, sound, light, and energy transformation.
Investigate Earth materials, atmosphere, weather, hazards, and space systems.
Model atoms, use the periodic table, interpret formulas, and explain chemical reactions.
Connect cell processes, reproduction, inheritance, populations, and ecosystem balance.
Analyze motion, work, power, machines, electricity, and energy transfer.
Investigate geologic change, climate systems, celestial motion, and space evidence.
Explain bonds, compound properties, equations, rates, acids, and bases.
Analyze inheritance, variation, natural selection, body systems, and health evidence.
Model motion, momentum, circuits, electromagnetism, and wave applications.
Interpret geologic time, climate evidence, stars, galaxies, and cosmic history.
Explore regulation, genetics, ecosystems, biotechnology, and responsible applications.
Analyze reaction systems, energy changes, equilibrium, materials, and sustainable chemistry.
Model complex motion, energy systems, electromagnetism, and engineered solutions.
Connect Earth processes, climate dynamics, natural hazards, and space evidence.
Integrate living systems, chemistry, physics, Earth science, and scientific reasoning.
Reflect on strengths, plan targeted review, and prepare for Senior High Science.
Continue with deeper inquiry, specialized subjects, and real-world scientific applications.