Electricity: Building Circuits (Year 4)

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Hands-on circuits lesson

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Simon

United Kingdom

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Electricity: Building Circuits (Year 4)Version en ligne Hands-on circuits lesson par Simon 1 Slide 1: What is electricity? Electricity provides energy that flows in a circuit. It powers lights, motors, and many devices. Understand its basic role in everyday life. 2 Slide 2: What is a circuit? A circuit is a complete loop that lets electricity travel from a power source, through components, and back to the source. Without a complete loop, current stops. 3 Slide 3: Key components Common parts include a power source (cell/battery), wires, a bulb, a switch, and other components like motors or buzzers. Identify each part in diagrams. 4 Slide 4: Conductors and insulators Some materials let current pass easily (conductors), while others resist it (insulators). Metals are good conductors; plastics often insulators. 5 Slide 5: Building a circuit – starter idea Predict which simple circuits will light a bulb. Then arrange components to test your prediction and record observations. 6 Slide 6: Circuit components overview Identify parts from images: battery, wires, bulb. Draw or label each component as you rehearse circuit diagrams. 7 Slide 7: The complete circuit To light a bulb, the circuit must be complete: path through the cell, wires, and bulb back to the cell. A broken loop stops current. 8 Slide 8: Practical task – test circuits Build several circuits (1–7). Predict outcomes, then observe which circuits light the bulb and explain why. 9 Slide 9: Recording findings Use a results sheet to note which circuits worked, which failed, and what made the difference (connections, loop completeness). 10 Slide 10: Summary & next steps Review the ideas: parts, complete circuits, and why a work sequence matters. Try adding a motor or buzzer to extend learning.

Electricity: Building Circuits (Year 4)Version en ligne

Hands-on circuits lesson

par Simon

Slide 1: What is electricity?

Electricity provides energy that flows in a circuit. It powers lights, motors, and many devices. Understand its basic role in everyday life.

Slide 2: What is a circuit?

A circuit is a complete loop that lets electricity travel from a power source, through components, and back to the source. Without a complete loop, current stops.

Slide 3: Key components

Common parts include a power source (cell/battery), wires, a bulb, a switch, and other components like motors or buzzers. Identify each part in diagrams.

Slide 4: Conductors and insulators

Some materials let current pass easily (conductors), while others resist it (insulators). Metals are good conductors; plastics often insulators.

Slide 5: Building a circuit – starter idea

Predict which simple circuits will light a bulb. Then arrange components to test your prediction and record observations.

Slide 6: Circuit components overview

Identify parts from images: battery, wires, bulb. Draw or label each component as you rehearse circuit diagrams.

Slide 7: The complete circuit

To light a bulb, the circuit must be complete: path through the cell, wires, and bulb back to the cell. A broken loop stops current.

Slide 8: Practical task – test circuits

Build several circuits (1–7). Predict outcomes, then observe which circuits light the bulb and explain why.

Slide 9: Recording findings

Use a results sheet to note which circuits worked, which failed, and what made the difference (connections, loop completeness).

Slide 10: Summary & next steps

Review the ideas: parts, complete circuits, and why a work sequence matters. Try adding a motor or buzzer to extend learning.

Vous pouvez intégrer le jeu dans un LMS compatible avec LTI 1.1 ou LTI 1.3 comme Canvas, Moodle ou Blackboard. Les scores seront ainsi automatiquement enregistrés dans le carnet de notes de la plateforme.

Electricity: Building Circuits (Year 4)

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À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Electricity: Building Circuits (Year 4)Version en ligne

par Simon

Slide 1: What is electricity?

Slide 2: What is a circuit?

Slide 3: Key components

Slide 4: Conductors and insulators

Slide 5: Building a circuit – starter idea

Slide 6: Circuit components overview

Slide 7: The complete circuit

Slide 8: Practical task – test circuits

Slide 9: Recording findings

Slide 10: Summary & next steps

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