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Question: Name three things you shouldn't do during a storm.

Answer: One thing that you should avoid is water. Another thing to avoid is tall buildings, and the third thing to avoid are trees.

Explanation: Lightning targets water the most since they are conductors. That's one reason why thunderstorms have rain in them, so people can get struck by it.
Tall buildings are the closest to lightning, so lightning would most likely target the buildings on it's path.
Trees are tall like buildings, too. Conductors like to target conductors since insulators have no fun to conductors.

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Question 2: Safe vs. Unsafe Uses of Electricity

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Question 2: Safe vs. Unsafe Uses of Electricity

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Question: Name 4 Safe and Unsafe Uses of Electricity

Answer: Don't plug with the metal on your hand or you might get hurt.
Don't touch the plug with anything else or the electricity might flow to the object to you.
Don't use a plug with a hole or it might get hot and cause a fire.
Don't touch anything that uses electricity when you're wet or in water or you might get electrocuted.

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Question: What are 2 types of circuits we have seen in our lesson?

Answer: One of them is a Parallel Circuit. Another kind of circuit is a Series Circuit.

Explanation: They are the two circuits that are in this padlet. They both have electricity flow from the start to end at the same place when it is turned on. It does nothing when it's turned off. Those are things circuits do, so, that's how those two circuits are circuits.

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Question: What is the fuel that makes the generator run electricity?

Answer: The fuel that makes the generator run electricity is a fossil fuel.

Explanation: A fossil fuel makes gas. It can also be used for electricity such as generators.

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Question: How do you make a Super-Electromagnet?

Answer: You can make a Super-Electromagnet by clicking this link https://www.youtube.com/watch?v=XKUs7Dc9pKI

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Question: What is electrical charge?

Answer: Electric charge is the physical property of matter that causes it to experience a force when placed in an electromagnetic field. There are two types of electric charges: positive and negative (commonly carried by protons and electrons respectively).

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Having two wires or one wire and a plug to seperate from each other.

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The electricity that is used in our everyday lives at home.

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A rough line that starts and ends at the same place with electricity flowing inside the wires.

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A thing that electricity cannot go through.

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This circuit is the circuit that has more than 1 level, and, when one thing gets taken off, only the wire the taken off thing turns off.

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each of the points near the extremities of the axis of rotation of the earth or another celestial body where a magnetic needle dips vertically.

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The electricity box at your home that has switches that makes you wanna use electricity in each room. If it's on, there's electricity, but if it's off, there's no electricity.

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a safety device consisting of a strip of wire that melts and breaks an electric circuit if the current exceeds a safe level.

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a stationary electric charge, typically produced by friction, that causes sparks or crackling or the attraction of dust or hair.

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a region around a magnetic material or a moving electric charge within which the force of magnetism acts.

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A thing or person that electricity can go through is called a conductor.

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This machine is a machine that makes electricity go through with fossil fuels. You even have electricity if there's a blackout there's power. Just make sure is it outside since it is full of gas.

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A device for converting electrical energy into mechanical energy in the form of rotation.

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a soft metal core made into a magnet by the passage of electric current through a coil surrounding it.

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This circuit is the circuit that has everything on one pathway. Once one thing gets taken off, everything shuts down.