Use VSEPR to predict the geometry of the following ion: SO32 Answer: trigonal planar linear octahedral trigonal pyramidal square planar tetrahedral Submit her Version 1 item attempt remaining [References]

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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**Predicting Molecular Geometry using VSEPR Theory: Educational Example**

To predict the geometry of the following ion using VSEPR theory:

**Ion: SO3^2-**

1. **Question:**

   Use VSEPR to predict the geometry of the following ion:
   
   **SO3^2-**

2. **Answer Options:**

   The dropdown menu provides various molecular geometry options. The options are:

   - Trigonal planar
   - Linear
   - Octahedral
   - Trigonal pyramidal
   - Square planar
   - Tetrahedral

3. **Detailed Steps:**

    - **Select the Correct Geometry:** Based on VSEPR theory, we can determine the correct geometry. For the SO3^2- ion, count the total number of valence electrons, consider electron pair locations around the sulfur atom and predict the shape accordingly.

4. **Interactive Element:**

    - **Dropdown Menu:** A dropdown menu is available for students to choose the correct molecular geometry option. Once selected, the student must submit the answer for evaluation.

5. **Attempt Limit:**

    - The interface shows that there is one attempt remaining for the student to answer this question.

**Note:** This interactive method helps students to apply their knowledge of VSEPR theory to predict molecular geometries actively. It is essential for understanding the spatial arrangement of atoms in molecules and ions.
Transcribed Image Text:**Predicting Molecular Geometry using VSEPR Theory: Educational Example** To predict the geometry of the following ion using VSEPR theory: **Ion: SO3^2-** 1. **Question:** Use VSEPR to predict the geometry of the following ion: **SO3^2-** 2. **Answer Options:** The dropdown menu provides various molecular geometry options. The options are: - Trigonal planar - Linear - Octahedral - Trigonal pyramidal - Square planar - Tetrahedral 3. **Detailed Steps:** - **Select the Correct Geometry:** Based on VSEPR theory, we can determine the correct geometry. For the SO3^2- ion, count the total number of valence electrons, consider electron pair locations around the sulfur atom and predict the shape accordingly. 4. **Interactive Element:** - **Dropdown Menu:** A dropdown menu is available for students to choose the correct molecular geometry option. Once selected, the student must submit the answer for evaluation. 5. **Attempt Limit:** - The interface shows that there is one attempt remaining for the student to answer this question. **Note:** This interactive method helps students to apply their knowledge of VSEPR theory to predict molecular geometries actively. It is essential for understanding the spatial arrangement of atoms in molecules and ions.
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