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Students explore atomic structure, molecules, and periodic trends that help predict element behavior.

Students investigate how substances transform in chemical reactions while total mass is conserved.

Students grasp the scale of the universe and Earth's relationship to the Sun and solar system.

Students analyze how energy moves and transforms between kinetic and potential forms.

Students apply the engineering design cycle to solve problems while balancing criteria and constraints.

Students examine fossils, anatomy, and DNA evidence for evolution and natural selection mechanisms.

Students connect forces to changes in motion using Newton's laws and everyday examples.

Students explore how traits pass from parents to offspring and how biotechnology affects society.

Students explore how Earth's surface and interior change over geologic time.

Students assess human environmental impacts and explore engineering approaches to reduce harm.

Students strengthen core science practices: questioning, modeling, investigating, and arguing from evidence.

Students model wave behavior and explore the electromagnetic spectrum from radio to gamma rays.

Students compare short-term weather with long-term climate and explore human influences on climate systems.

Students explain cell growth and division purpose, use mitosis awareness, and map the hierarchy of life from cells through tissues, organs, and systems.

Students analyze factors that affect populations, model ecosystem responses to disruptions, and use stability, carrying capacity, and cascade ideas with evidence.

Students relate chemical energy to food and fuels, use exothermic/endothermic awareness with evidence, and track energy flow between systems and surroundings.

Students explore microbes, genetics, and prevention at an awareness level and evaluate health claims with evidence.