Course Content
Lesson 1: Where Does the Current Go?
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Introduction ā€“ Understanding Current Flow
What You Will Learn
Key Theory
Activity ā€“ Current Flow Map
Conclusion
Troubleshooting
Quiz (MCQ + Short Answer)
Higher-Order Thinking
Lesson 2: Wire Me Right!
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Introduction ā€“ Why Connections Matter
What You Will Learn?
Key Theory
Activity ā€“ Practicing Wire Joints
Conclusion
Troubleshooting
Quiz
Higher-Order Thinking (Long Answer)
Reflection Activity
Lesson 3: Know the Color Code
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Introduction ā€“ Why Colors Matter
What You Will Learn?
Key Theory
Activity ā€“ Wire Color Chart
Diagram (Sample Layout)
Conclusion
Troubleshooting
Quiz
Higher-Order Thinking (Long Answer)
Reflection Activity
Lesson 4: Check My Circuit!
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Introduction ā€“ Why Testing is Important
What You Will Learn?
Key Theory
Activity ā€“ Multimeter Demo
Diagram (Sample Layout)
Conclusion
Troubleshooting
Quiz
Reflection Activity
Lesson 5: Series vs. Parallel Showdown
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Introduction ā€“ Why Does Connection Matter?
What You Will Learn?
Key Theory
Activity ā€“ Comparing Series vs. Parallel
Diagram (Simple Representation)
Conclusion
Troubleshooting
Quiz
Higher-Order Thinking (Long Answer)
Reflection Activity
Lesson 6: Powering My School Project
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Introduction ā€“ From Learning to Making
What You Will Learn?
Key Theory
Activity ā€“ Mini Project Board
Diagram (Text Representation)
Observations
Conclusion
Troubleshooting
Quiz
Higher-Order Thinking Question
Reflection Activity
C6: Electrical Connection

Series Circuit

  • One path for current.

  • Voltage divides between components.

  • If one component fails ā†’ whole circuit stops.

Parallel Circuit

  • Multiple paths for current.

  • Voltage is equal across all branches.

  • If one component fails ā†’ others keep working.

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