6.2 Solar System Resources
A growing collection of 6.2 solar system resources for helping students observe phenomena, compare models, investigate scale, explore gravity and orbital motion, practice vocabulary, analyze data, and explain how scientific understanding changes over time.
6.2 Standard Focus Open standard details
These bell ringers support Virginia Science SOL 6.2 by helping students observe, compare, use evidence, evaluate models, and ask scientific questions about the solar system and how our understanding of it has changed.
- 6.2a: Matter is distributed throughout the solar system.
- 6.2b: Planets differ in size and orbit at different distances from the Sun.
- 6.2c: Gravity contributes to orbital motion.
- 6.2d: Scientific understanding of the solar system has changed over time.
Observe & Wonder Bell Ringers
These bell ringers help students observe closely, notice specific details, identify patterns, and ask scientific questions.
Guided Bell Ringers
These bell ringers help students compare models, separate observations from inferences, use evidence, and explain scientific ideas.
Interactives
This tab is reserved for future 6.2 interactives. We do not have separate interactives ready to add yet.
Vocabulary Practice
Vocabulary practice activities, including cloze text and review cards, for helping students use solar system language accurately before explaining size, distance, gravity, orbital motion, and changing scientific models.
Mini-Challenges
Short interactive checks for understanding connected to solar system organization, planet characteristics, scale, distance, gravity, orbital motion, and how solar system models have changed over time.
Hands-On Demos
Quick teacher-led or student-tested demonstrations for making solar system scale, size, distance, gravity, and model limitations visible.
Simulations
Simulation-based activities for helping students manipulate variables and observe solar system patterns that are difficult to see directly.
Graphs and Data
Graph Skill Builder activities for using evidence to compare planet distance, orbital period, temperature, and diameter. Cards can include a gradual reveal, question sets, CER, career connections, and printable worksheets when available.
How do these space objects and systems compare in scale?
Put the objects and systems in order from smallest to largest. Be ready to explain your reasoning.