Considering only ions with charges of +1, +2, -1 and -2, or neutral atoms, give the symbols for 4 species that are isoelectronic with Xe.

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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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### Isoelectronic Species with Xenon (Xe)

#### Instructions:
Use the references to access important values if needed for this question.

#### Periodic Table:
A periodic table is provided for reference, with elements colored differently based on their categories. The table includes elements from Hydrogen (H) to Lawrencium (Lr).

- **Group 1A and 2A (Alkali and Alkaline Earth Metals):** Colored in blue.
- **Transition Metals:** Also colored in blue.
- **Group 3A to 8A (Main Group Elements):** Colored in various shades, where noble gases in group 8A are orange.
- **Lanthanides and Actinides:** Mentioned with La and Ac placeholders indicating the start of each series, respectively, and also colored in blue.

#### Question:
Considering only ions with charges of +1, +2, -1, and -2, or neutral atoms, give the symbols for 4 species that are isoelectronic with Xenon (Xe).

#### Answer Fields:
Four blank fields are provided to fill in the correct symbols of the isoelectronic species.

---

Isoelectronic species have the same number of electrons as another atom or ion. To find elements that are isoelectronic with Xenon (Xe), one must identify species that either have a gain or loss of electrons or neutral elements that match Xenon's electron configuration.

1. **First Species:**
2. **Second Species:**
3. **Third Species:**
4. **Fourth Species:**

To solve the problem accurately, use the periodic table to reference the electron configurations and ensure the correct number of electrons for each isoelectronic species.
Transcribed Image Text:### Isoelectronic Species with Xenon (Xe) #### Instructions: Use the references to access important values if needed for this question. #### Periodic Table: A periodic table is provided for reference, with elements colored differently based on their categories. The table includes elements from Hydrogen (H) to Lawrencium (Lr). - **Group 1A and 2A (Alkali and Alkaline Earth Metals):** Colored in blue. - **Transition Metals:** Also colored in blue. - **Group 3A to 8A (Main Group Elements):** Colored in various shades, where noble gases in group 8A are orange. - **Lanthanides and Actinides:** Mentioned with La and Ac placeholders indicating the start of each series, respectively, and also colored in blue. #### Question: Considering only ions with charges of +1, +2, -1, and -2, or neutral atoms, give the symbols for 4 species that are isoelectronic with Xenon (Xe). #### Answer Fields: Four blank fields are provided to fill in the correct symbols of the isoelectronic species. --- Isoelectronic species have the same number of electrons as another atom or ion. To find elements that are isoelectronic with Xenon (Xe), one must identify species that either have a gain or loss of electrons or neutral elements that match Xenon's electron configuration. 1. **First Species:** 2. **Second Species:** 3. **Third Species:** 4. **Fourth Species:** To solve the problem accurately, use the periodic table to reference the electron configurations and ensure the correct number of electrons for each isoelectronic species.
**Periodic Table Activity: Isoelectronic Species**

**Instructions:**
Use the references to access important values if needed for this question.

**Task:**
Considering only ions with charges of +1, +2, -1, and -2, or neutral atoms, give the symbols for four species that are isoelectric with the bromide ion, \( \text{Br}^- \).

**Periodic Table Color Codes:**
- **Yellow:** Nonmetals and Noble Gases
- **Green:** Metalloids
- **Blue:** Metals

**Question:**
Identify four species (ions or neutral atoms) isoelectronic with the bromide ion, \( \text{Br}^- \). 

**Answer Table:**

|Example 1|Example 2|Example 3|Example 4|
|--|--|--|--|
|__|__|__|__|

In this activity, you will use the periodic table to find elements or ions that have the same number of electrons as the bromide ion. The bromide ion (\( \text{Br}^- \)) has the same number of electrons as krypton (Kr) because it gains one electron to achieve a full outer electron shell, similar to the noble gas configuration.

**Explanation of Graph:**
The graph provided is a periodic table of elements, with elements grouped into categories based on their properties. Elements are arranged according to increasing atomic number from left to right and top to bottom. The table is color-coded to visually distinguish different types of elements (nonmetals, noble gases, metalloids, and metals). This periodic table will help you determine which ions and atoms are isoelectronic with the bromide ion.
Transcribed Image Text:**Periodic Table Activity: Isoelectronic Species** **Instructions:** Use the references to access important values if needed for this question. **Task:** Considering only ions with charges of +1, +2, -1, and -2, or neutral atoms, give the symbols for four species that are isoelectric with the bromide ion, \( \text{Br}^- \). **Periodic Table Color Codes:** - **Yellow:** Nonmetals and Noble Gases - **Green:** Metalloids - **Blue:** Metals **Question:** Identify four species (ions or neutral atoms) isoelectronic with the bromide ion, \( \text{Br}^- \). **Answer Table:** |Example 1|Example 2|Example 3|Example 4| |--|--|--|--| |__|__|__|__| In this activity, you will use the periodic table to find elements or ions that have the same number of electrons as the bromide ion. The bromide ion (\( \text{Br}^- \)) has the same number of electrons as krypton (Kr) because it gains one electron to achieve a full outer electron shell, similar to the noble gas configuration. **Explanation of Graph:** The graph provided is a periodic table of elements, with elements grouped into categories based on their properties. Elements are arranged according to increasing atomic number from left to right and top to bottom. The table is color-coded to visually distinguish different types of elements (nonmetals, noble gases, metalloids, and metals). This periodic table will help you determine which ions and atoms are isoelectronic with the bromide ion.
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