Based on the photoelectron spectrum, what ion charge would this element hold as an ion? #e- 5 2 IE +2 -2 +1 O +3 O-1 2.

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### Analysis of Photoelectron Spectrum for Ion Charge Determination

**Question:**  
Based on the photoelectron spectrum, what ion charge would this element hold as an ion?

**Photoelectron Spectrum Description:**

The graph presents a photoelectron spectrum with the following features:

- **X-axis (IE):** Represents the ionization energy (IE).
- **Y-axis (#e-):** Represents the number of electrons.

The spectrum includes three peaks:

1. **Peak 1:** Located at the lowest ionization energy with a height labeled "2," indicating 2 electrons.
2. **Peak 2:** Located at a moderate ionization energy with a height labeled "2," indicating 2 electrons.
3. **Peak 3:** Located at the highest ionization energy with a height labeled "5," indicating 5 electrons.

The total number of electrons is 9.

**Possible Ion Charges:**

- +2
- -2
- -3
- +1
- +3
- -1

**Answer Explanation:**

To determine the correct ion charge, examine the configuration and likelihood of electron loss or gain based on typical ionization patterns.

Refer to the element's electron configuration and standard oxidation states to choose the most likely ion charge from the options provided.

**Answer Options:**

- +2
- -2
- -3
- +1
- +3
- -1

Consider the electron distribution and typical electron configuration patterns visible in the spectrum and apply this understanding to select the appropriate ion charge.
Transcribed Image Text:### Analysis of Photoelectron Spectrum for Ion Charge Determination **Question:** Based on the photoelectron spectrum, what ion charge would this element hold as an ion? **Photoelectron Spectrum Description:** The graph presents a photoelectron spectrum with the following features: - **X-axis (IE):** Represents the ionization energy (IE). - **Y-axis (#e-):** Represents the number of electrons. The spectrum includes three peaks: 1. **Peak 1:** Located at the lowest ionization energy with a height labeled "2," indicating 2 electrons. 2. **Peak 2:** Located at a moderate ionization energy with a height labeled "2," indicating 2 electrons. 3. **Peak 3:** Located at the highest ionization energy with a height labeled "5," indicating 5 electrons. The total number of electrons is 9. **Possible Ion Charges:** - +2 - -2 - -3 - +1 - +3 - -1 **Answer Explanation:** To determine the correct ion charge, examine the configuration and likelihood of electron loss or gain based on typical ionization patterns. Refer to the element's electron configuration and standard oxidation states to choose the most likely ion charge from the options provided. **Answer Options:** - +2 - -2 - -3 - +1 - +3 - -1 Consider the electron distribution and typical electron configuration patterns visible in the spectrum and apply this understanding to select the appropriate ion charge.
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