Electricity comes from the Greek Word "X"

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The Greek Word "Electron" means "X"

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When amber is rubbed against a rod along with a piece of cloth, the amber attracts small piece of dust.

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When amber is X against a Y along with a Z, the amber attracts small piece of dust.

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When amber is rubbed against a rod along with a piece of cloth, the amber X Y of Z.

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The fundamental quantity that underlies all electrical phenomena

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Electric Charge the X that underlies all Y

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Positively charge subatomic particle

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Negatively charge subatomic particle

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Neutrally charge subatomic particle

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An atom that loses an electron becomes X charged

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An atom that X an electron becomes positively charged

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An atom that gains an electron becomes X charged

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An atom that X an electron becomes negatively charged

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An object with a greater number of positive charges is X and become Y charge

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An object with a X number of Y charges is ionized positively and become positively charge

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“Opposite charges attract, like charges repel.

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Law of Charges is due to the X of their Y

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The net amount of electric charge produced in any process is X.

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The X of electric charge produced in Y is zero.

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Total Net Charge always the X

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The X Y the same

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The Unit of Electric Charge "C" stands for?

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How much electrons does our body contain?

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How to determine the number of electrons in our body?

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3 Ways to charge a Neutrally Charged Object?

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Contact occurs between charged object and neutral object through direct contact

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In Conduction, contact occurs between charged object and neutral object through X

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Results in Conduction is X & Y

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No actual interaction occurs between charged object and other charged object.

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In Induction, particles X themselves

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In Induction, X occurs between charged object and other charged object.

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Results in Induction are X & Y

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A list of materials that indicates by position on the list which materials are capable of acquiring a positive or negative charge and the relative strength of those charges.

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Rubbing 2 objects together causes electron to jump from the charged to the uncharged object

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In Friction, X 2 objects together causes electron to Y from the charged to the uncharged object

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Results in Friction are X & Y

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Materials that allow electrons to flow freely are called

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X are naturally excellent conductors because their Y are Z to any one atom

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Valence Electrons =

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Materials that hinders the flow of electrons are called

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In Insulators X are much more Y to the atoms and are

Z to roam from one atom to another

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