Science3-5
Station Rotation: Electricity and Energy Transfer
By Angela R.
A station-based packet for 4th graders exploring how electricity moves through circuits, built around key vocabulary such as circuit, battery, wire, bulb, switch, and open and closed circuits. Students build science reasoning and close-reading skills as they rotate through short, hands-on-ready stations.
Customize for your classroom
Teacher Guide & Tips
- Use this as a rotation during a science block, with students moving through stations in small groups and spending roughly 10 to 15 minutes at each station.
- Discussion question: Why does a circuit have to be a complete loop, and what happens to the bulb when there is a gap in the path?
- Scaffold for struggling readers: Pre-teach the Key Terms with a visual card sort or a labeled diagram before students read the station text.
- Extension for advanced students: Ask them to predict what would happen if a second bulb were added in the same loop and then test their prediction with a simple circuit kit.
- Estimated time: About 45 minutes for the full rotation, including a brief whole-group wrap-up to share findings.
Science3-5
Station Rotation: Electricity and Energy Transfer
By Angela R.
A station-based packet for 4th graders exploring how electricity moves through circuits, built around key vocabulary such as circuit, battery, wire, bulb, switch, and open and closed circuits. Students build science reasoning and close-reading skills as they rotate through short, hands-on-ready stations.
Customize for your classroom
Teacher Guide & Tips
- Use this as a rotation during a science block, with students moving through stations in small groups and spending roughly 10 to 15 minutes at each station.
- Discussion question: Why does a circuit have to be a complete loop, and what happens to the bulb when there is a gap in the path?
- Scaffold for struggling readers: Pre-teach the Key Terms with a visual card sort or a labeled diagram before students read the station text.
- Extension for advanced students: Ask them to predict what would happen if a second bulb were added in the same loop and then test their prediction with a simple circuit kit.
- Estimated time: About 45 minutes for the full rotation, including a brief whole-group wrap-up to share findings.