Static vs Current
Series vs Parallel
Energy Transformations
Conductors & Generation
100

Static electricity stays in one place.
True or False?

True

100

A series circuit has how many paths?

One path

100

Energy cannot be created or destroyed. It can only ______.

Be transformed

100

Do conductors allow electricity to flow?

Yes

200

What causes static electricity to build up?

Electrons move when objects rub together.

200

If one bulb burns out in a series circuit, what happens?


All bulbs stop working.

200

What energy transformation happens in a toaster?

Electrical → Heat

200

Name one insulator.

Rubber, plastic, glass

300

Which type of electricity flows through wires in your house?

Current electricity

300

Why are houses wired in parallel?

If one device stops working, others still work.

300

A fan changes electrical energy into what?

Motion energy

300

What device spins to help generate electricity in wind and hydro?

Generator

400

Why does a balloon stick to a wall after you rub it on your hair?

Opposite charges attract after electrons transfer.

400

Give one example of where we use a series circuit and one example of a parallel circuit.

Series – Old Christmas lights
Parallel – Homes

400

Give one example of energy turning into electricity.

Wind → electrical energy
Water → electrical energy
Sunlight → electrical energy

400

Name one renewable energy source.

Wind, solar, hydro, geothermal

500

What happens to electrons when two objects are rubbed together?

Electrons move from one object to another, creating opposite charges.

500

In which type of circuit does electricity have more than one path to travel?

Parallel circuit.

500

A lamp turns on. What is the energy transformation that happens?

Electrical energy → Light energy (and heat).

500

Is copper a conductor or an insulator? Explain why.

Conductor, because it allows electricity to flow.

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