8.9 **Molecular Shape Identification Exercise****Instructions:**Check the box next to each molecule on the right that has the shape of the model molecule on the left:**Model** **Molecules**(check all that apply)[Diagram of a 3D Molecular Model with Slider] - H₃O⁺- SO₃- SO₃²⁻- NH₃☐ None of the above**Graph Explanation:** - The left side contains a 3D model of a molecule. The structure shows atoms connected by bonds, forming a specific geometry. - Below the model, there is a slider labeled from 1 to 8, indicating it can be moved to rotate the 3D model for different views.**Additional Information:**- Note for advanced students: The length of bonds and size of atoms in the model is not necessarily realistic. The model is only meant to show you the general geometry and 3D shape of the molecule.**Tips:**- You can drag the slider to rotate the model molecule for a comprehensive view.- Utilize the rotate feature to match the molecular shapes accurately.Exercise designed to help you understand different molecular geometries by comparing the given models.

H3O+ , SO32- and NH3 has the shape of model molecule (trigonal pyramidal) on the left.

Check the box next to each molecule on the right that has the shape of the model molecule on the left: molecules model (check all that apply) H30* O SO3 You can drag the slider to rotate the model molecule. 2- so, O NH3 7 O None of the above Note for advanced students: the length of bonds and size of atoms in the model is not necessarily realistic. The model is only meant to show you the general geometry and 3D shape of the molecule. O O O C

Check the box next to each molecule on the right that has the shape of the model molecule on the left: molecules model (check all that apply) H30* O SO3 You can drag the slider to rotate the model molecule. 2- so, O NH3 7 O None of the above Note for advanced students: the length of bonds and size of atoms in the model is not necessarily realistic. The model is only meant to show you the general geometry and 3D shape of the molecule. O O O C

Chemistry

10th Edition

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

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Concept explainers

Crystal Structures

Solids are present all around us. They have different properties and applications. Diamond and graphite are two well-known solids. Diamond is the hardest material in the world and is used in making jewelry. Graphite on the other hand is soft. The lead of your pencil is graphite. Why are they so different in appearance and properties despite the fact they are chemically the same? Both are allotropes of carbon. The answer lies in the structure, the way constituent particles are arranged in the solids.

Question

8.9

**Molecular Shape Identification Exercise**

**Instructions:**
Check the box next to each molecule on the right that has the shape of the model molecule on the left:

**Model** **Molecules**
(check all that apply)

[Diagram of a 3D Molecular Model with Slider]

- H₃O⁺
- SO₃
- SO₃²⁻
- NH₃

☐ None of the above

**Graph Explanation:**
- The left side contains a 3D model of a molecule. The structure shows atoms connected by bonds, forming a specific geometry.
- Below the model, there is a slider labeled from 1 to 8, indicating it can be moved to rotate the 3D model for different views.

**Additional Information:**
- Note for advanced students: The length of bonds and size of atoms in the model is not necessarily realistic. The model is only meant to show you the general geometry and 3D shape of the molecule.

**Tips:**
- You can drag the slider to rotate the model molecule for a comprehensive view.
- Utilize the rotate feature to match the molecular shapes accurately.

Exercise designed to help you understand different molecular geometries by comparing the given models.

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