Science6-8
Station Lab: Thermal Energy Transfer for 7th Grade
By Shelby M.
A low-supply, multi-station science lab that guides 7th graders through conduction, convection, and radiation, with key-term definitions, hands-on investigations, and written reflection prompts. It targets TEKS 7.8A and builds skills in observation, data recording, and explaining how thermal energy moves into and out of systems.
Customize for your classroom
Teacher Guide & Tips
- Run the stations as a rotating lab in a 50-minute period, with pairs spending about 8-10 minutes per station and a quick whole-class debrief at the end.
- Discussion question: Why does a metal spoon feel hotter than a wooden spoon when both sit in the same hot water, even though they are at the same temperature?
- Scaffold for struggling readers: Provide the Key Terms box as a word bank and have students sketch the particle-level explanation before writing their conclusion.
- Extension for advanced students: Ask them to design a fourth station comparing which insulator slows heat transfer most effectively, and to predict results before testing.
- Estimated prep and setup time is about 20 minutes, using common household materials like cups, warm water, foil, and crayons.
Science6-8
Station Lab: Thermal Energy Transfer for 7th Grade
By Shelby M.
A low-supply, multi-station science lab that guides 7th graders through conduction, convection, and radiation, with key-term definitions, hands-on investigations, and written reflection prompts. It targets TEKS 7.8A and builds skills in observation, data recording, and explaining how thermal energy moves into and out of systems.
Customize for your classroom
Teacher Guide & Tips
- Run the stations as a rotating lab in a 50-minute period, with pairs spending about 8-10 minutes per station and a quick whole-class debrief at the end.
- Discussion question: Why does a metal spoon feel hotter than a wooden spoon when both sit in the same hot water, even though they are at the same temperature?
- Scaffold for struggling readers: Provide the Key Terms box as a word bank and have students sketch the particle-level explanation before writing their conclusion.
- Extension for advanced students: Ask them to design a fourth station comparing which insulator slows heat transfer most effectively, and to predict results before testing.
- Estimated prep and setup time is about 20 minutes, using common household materials like cups, warm water, foil, and crayons.