i don't understand this paragraph, can anyone explain it to me?

If a large amount of energy is needed to remove an electron from an atom, the arrangement of electrons in that atom is considered to be especially stable. Thus, a high first ionization energy must be supplied to remove an electron from an atom and that the electron arrangement in that atom is especially stable. Any element that has a larger first ionization energy than it's neighboring elements has an electron arrangement in its atoms that is more stable than its neighboring elements.

i don't either. look on google!

Sure! Let me break down the paragraph for you:

The paragraph is discussing the concept of ionization energy and its relationship to the stability of an atom. Ionization energy refers to the energy required to remove an electron from an atom.

According to the paragraph, if a large amount of energy is needed to remove an electron from an atom, it indicates that the arrangement of electrons in that atom is highly stable. This means that the electrons are well-organized and tightly bound to the nucleus.

Furthermore, the paragraph states that the first ionization energy (the energy required to remove the first electron) must be high in order to remove an electron from a stable atom. This implies that atoms with stable electron arrangements require more energy to remove an electron compared to atoms with less stable arrangements.

Additionally, the paragraph mentions that elements with a higher first ionization energy compared to their neighboring elements have a more stable electron arrangement. This means that the electrons in these elements are arranged in a way that is even more organized and tightly bound than their neighboring elements.

To summarize, the paragraph is explaining that if a large amount of energy is required to remove an electron from an atom, it suggests that the electron arrangement in that atom is highly stable. Elements with higher first ionization energy have a particularly stable electron arrangement compared to their neighboring elements.