Learners will analyze data for patterns and errors, use math to compare results, and evaluate design solutions using criteria.

Learners will analyze data by identifying significant features, patterns, and errors, and use math to compare relationships.

Learners will synthesize how conditions affect systems and use their understanding to predict changes and design stable solutions.

Learners will ask scientific questions, identify problems from observations, and plan safe investigations.

Learners will build physical, digital, and mathematical models to represent real-world phenomena and evaluate the advantages and limitations of different model types.

Learners will be able to design, build, and modify objects by combining materials based on their physical properties, and justify their material choices using evidence.

Learners will construct models that demonstrate eclipses, seasons, and the relative orbital relationships among the Sun, Earth, and Moon.

Learners will identify and explain cause-and-effect relationships in everyday phenomena involving heat, light, and living systems.

Learners will be able to explain how heating and cooling cause matter to change states, specifically focusing on melting, freezing, evaporation, and condensation.

Learners will collect observations as evidence and organize data using tables, graphs, and other graphic organizers.

Learners will use specialized tools, technology, and models to collect and record evidence during specific scientific investigations.

Learners will select and combine materials based on their physical properties to build or modify objects and justify their choices.