Circuits
Across
- 4. A device that uses electrical energy, such as a light bulb or motor
- 6. When devices work separately without affecting others
- 7. A common load that produces light when electricity flows
- 9. A real-world example of a parallel circuit
- 10. The movement of electric charges in a closed circuit
- 13. The unit used to measure voltage
- 15. The flow of electric charge through a circuit
- 17. Rules followed to prevent injury or damage when working with circuits
- 18. The path that electricity travels through in a circuit
- 19. A device that supplies electrical energy to a circuit
- 21. The unit used to measure resistance
- 24. A circuit condition where electricity cannot flow
- 27. Separate paths in a parallel circuit
- 28. A load that converts electrical energy into motion
- 29. A circuit with multiple paths for electricity to flow
Down
- 1. A characteristic of a series circuit where all parts share one path
- 2. A closed route that electricity travels through
- 3. A circuit with a complete path where electricity flows
- 5. A device that opens or closes a circuit
- 8. A circuit where the path is broken and electricity stops
- 11. A device that uses parallel circuits to power multiple devices
- 12. A characteristic of parallel circuits allowing more than one route for current
- 14. A circuit with one path for electricity to follow
- 16. A complete path that allows electricity to flow
- 20. The opposition to the flow of electric current
- 22. A circuit condition where electricity can flow
- 23. The push that moves electric charges through a circuit
- 25. The part of a circuit that provides energy, such as a battery or outlet
- 26. The unit used to measure electric current