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The measure of current

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How did your experiment contribute to your understanding of resistance?

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Can you see what the equation R = V / I tells you about Resistance?

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How did you use your knowledge of electricity to create your project?

What did you learn through the process?

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What is a parallel circuit?

How does current behave in a parallel circuit?

How does voltage remain constant in a parallel circuit?

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How does the flow of water in a pipe relate to the flow of charge in a circuit?

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What is a series circuit?

How does current behave in a series circuit (constant)?

How is voltage divided in a series circuit?

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How does voltage affect the amount of work electricity can do? *Remember work is a way of saying how much energy can be used to do somerthing.

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How can we use the Hill & Well analogy to understand the behavior of charged objects?

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What is resistance?

How does it affect current flow?

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How does the behaviour of current and voltage differ between series and parallel circuits?

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What is current?

How does it relate to moving charge?

What does the equation Q = I  t tell you?

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How can we predict the behavior of current and voltage in series circuits using equations and the analogy?

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What is voltage?

How does it relate to the potential difference between two points in a field?

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Electricity is a wave of free electrons and negativly charged ions 

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Electricity is a wave of free electrons and negativly charged ions 

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Electricity can be measured in Watts and usual socket gives 220 watts. 

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Electricity can be measured in Watts and usual socket gives 220 watts. 

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electricity can be produced different ways.

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electricity can be produced different ways.

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way for measuring electricity

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push away

repel each other

negatively charged particles repel each other

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when something does not move

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How does charge helps us understanding static electricity

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What is an electric field?

How does it relate to charge?

What is the "hill and water reservoir" analogy?

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Charge helps us understand static electricity because it shows how objects can gain or lose electrons. This makes them attract or repel each other. Static electricity happens when these charges build up.

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Electrics fields are spaces with positive or negative charge is depends if it has positively or negatively charged particles.

The "hill and water reservoir" analogy explains electric fields and voltage. Electric potential is like the height of a hill, and the electric field is the slope. Charge is a water in this structure.

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Just as water flows down from a higher place to a lower place, electric charges move from a point of high voltage to low voltage. The higher the voltage (or the steeper the hill), the more energy can be released when the charges move. This helps us understand how voltage drives the flow of electricity, similar to how gravity pulls water downhill.