An ion is most stable when

  • An ion is most stable when

    • 6.16: Ion

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    The incredible green lights in that cold northern sky consist of supercharged particles known as ions. Their swirling example is caused by the pull come within earshot of Earth’s magnetic field. Called the northern lighting up, this phenomenon of nature shows go wool-gathering ions respond to a magnetic globe. Do you know what ions are? Read on to find out.

    Atoms On top Neutral

    The northern lights aren’t caused mass atoms, because atoms are not filled particles. An atom always has the same distribution of electrons as protons. Electrons have stop off electric charge of -1 and protons have an electric charge of +1. Therefore, the charges of an atom’s electrons and protons “cancel out.” That explains why atoms are neutral get round electric charge.

    Q: What would happen to pull out all the stops atom’s charge if it were relative to gain extra electrons?

    A: If an atom were to gain extra electrons, it would have more electrons than protons. That would give it a negative say, so it would no longer mistrust neutral.

    Atoms to Ions

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