The first five ionization energies of an element are as follows (in kJ/mol): 577.9, 1820, 2750, 11600, 14800. Which of the following elements is most likely to have these ionization energy values? A) Na B) Mg C) AI D) Si E) P

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**Ionization Energies of an Element**

The first five ionization energies of an element are as follows (in kJ/mol): 577.9, 1820, 2750, 11600, 14800. Which of the following elements is most likely to have these ionization energy values?

A) Na

B) Mg

C) Al

D) Si

E) P

**Explanation:**

Ionization energy increases with each successive electron removed due to the increased positive charge that holds the remaining electrons more tightly. A large jump in the ionization energy often indicates the removal of an electron from a more stable, inner shell. Comparing these values can help identify the element.
Transcribed Image Text:**Ionization Energies of an Element** The first five ionization energies of an element are as follows (in kJ/mol): 577.9, 1820, 2750, 11600, 14800. Which of the following elements is most likely to have these ionization energy values? A) Na B) Mg C) Al D) Si E) P **Explanation:** Ionization energy increases with each successive electron removed due to the increased positive charge that holds the remaining electrons more tightly. A large jump in the ionization energy often indicates the removal of an electron from a more stable, inner shell. Comparing these values can help identify the element.
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