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  • Understanding Static Electricity: Causes, Effects & How It Works
    That describes static electricity.

    Here's a breakdown:

    * Electrical Charges: All matter is made up of atoms, which contain tiny particles with electrical charges:

    * Protons: Positively charged (+)

    * Electrons: Negatively charged (-)

    * Neutrons: No charge (neutral)

    * Imbalance: When an object has an excess of electrons, it's negatively charged. When it lacks electrons, it's positively charged.

    * Sudden Movement: Static electricity occurs when this imbalance of charges is suddenly discharged, typically through a spark or shock.

    Examples of Static Electricity:

    * Rubbing a balloon on your hair: The balloon gains electrons from your hair, creating a static charge that makes it stick to your head.

    * Walking across a carpet: Friction between your shoes and the carpet can transfer electrons, leaving you with a static charge.

    * Lightning: A buildup of static electricity in storm clouds is discharged as a lightning bolt.

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