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ion ball & stick ♥ + labels ion Previo Jobols

ion ball & stick ♥ + labels ion Previo Jobols

Chemistry
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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### Structural Diagram of a Molecule **Description:** The image contains a molecular structure presented in a 'ball and stick' model. The model is displayed on a dark background to emphasize the molecular composition. #### Molecular Components: - **N (Nitrogen):** Represented by a blue sphere located centrally in the structure. - **O (Oxygen):** Represented by red spheres, three of which are positioned around the nitrogen atom. #### Visual Explanation: The diagram illustrates a nitrate ion (NO₃⁻) where a central nitrogen atom is covalently bonded to three oxygen atoms forming a trigonal planar geometry. The bonds are shown as sticks connecting the spheres representing the atoms. **Interactive Elements:** - Below the diagram, there are interactive controls labeled as 'ball & stick' and '+ labels' which likely allow the user to change the representation style of the molecule and turn on or off the atomic labels. - To the right of the diagram, there are two blank boxes indicating input fields where students are expected to provide the correct molecular name and charge. The second field ends with "ion," guiding the student to identify the structure as an ion. **Labels and Controls:** - Ball & Stick (with a drop-down menu) - +/- Labels (an additional control closely associated with the diagram) **Instructional Purpose:** This visual and interactive model aids in understanding the spatial structures of molecules, particularly emphasizing bond angles and molecular symmetry. It is a valuable educational tool for visualizing and conceptualizing how atoms in a molecule are arranged in three-dimensional space. This detailed illustration will help students gain a better grasp of molecular geometry and the characteristics of ions.
Transcribed Image Text:### Structural Diagram of a Molecule **Description:** The image contains a molecular structure presented in a 'ball and stick' model. The model is displayed on a dark background to emphasize the molecular composition. #### Molecular Components: - **N (Nitrogen):** Represented by a blue sphere located centrally in the structure. - **O (Oxygen):** Represented by red spheres, three of which are positioned around the nitrogen atom. #### Visual Explanation: The diagram illustrates a nitrate ion (NO₃⁻) where a central nitrogen atom is covalently bonded to three oxygen atoms forming a trigonal planar geometry. The bonds are shown as sticks connecting the spheres representing the atoms. **Interactive Elements:** - Below the diagram, there are interactive controls labeled as 'ball & stick' and '+ labels' which likely allow the user to change the representation style of the molecule and turn on or off the atomic labels. - To the right of the diagram, there are two blank boxes indicating input fields where students are expected to provide the correct molecular name and charge. The second field ends with "ion," guiding the student to identify the structure as an ion. **Labels and Controls:** - Ball & Stick (with a drop-down menu) - +/- Labels (an additional control closely associated with the diagram) **Instructional Purpose:** This visual and interactive model aids in understanding the spatial structures of molecules, particularly emphasizing bond angles and molecular symmetry. It is a valuable educational tool for visualizing and conceptualizing how atoms in a molecule are arranged in three-dimensional space. This detailed illustration will help students gain a better grasp of molecular geometry and the characteristics of ions.
### Molecular Structures and Their Properties Welcome to the chemistry section where we explore different molecular structures and their properties. Below, you'll find two 3D models of ions, and your task is to identify their chemical formulas and names. #### Ion 1 **3D Model:** - Type: Ball & Stick - Representation: Includes labels - The ion contains one chlorine (Cl) atom (green) and three oxygen (O) atoms (red). **Assessment:** - **Formula:** Fill in the correct chemical formula based on the 3D model. - **Name:** Fill in the correct name of the ion ending with "ion." ![Ion 1](image-link) #### Ion 2 **3D Model:** - Type: Ball & Stick - Representation: Includes labels - The ion contains two carbon (C) atoms (gray), three hydrogen (H) atoms (white), and two oxygen (O) atoms (red). **Assessment:** - **Formula:** Fill in the correct chemical formula based on the 3D model. - **Name:** Fill in the correct name of the ion ending with "ion." ![Ion 2](image-link) Remember to carefully observe the given models and utilize your knowledge of chemistry to deduce the accurate formulas and names of these ions. Happy Learning!
Transcribed Image Text:### Molecular Structures and Their Properties Welcome to the chemistry section where we explore different molecular structures and their properties. Below, you'll find two 3D models of ions, and your task is to identify their chemical formulas and names. #### Ion 1 **3D Model:** - Type: Ball & Stick - Representation: Includes labels - The ion contains one chlorine (Cl) atom (green) and three oxygen (O) atoms (red). **Assessment:** - **Formula:** Fill in the correct chemical formula based on the 3D model. - **Name:** Fill in the correct name of the ion ending with "ion." ![Ion 1](image-link) #### Ion 2 **3D Model:** - Type: Ball & Stick - Representation: Includes labels - The ion contains two carbon (C) atoms (gray), three hydrogen (H) atoms (white), and two oxygen (O) atoms (red). **Assessment:** - **Formula:** Fill in the correct chemical formula based on the 3D model. - **Name:** Fill in the correct name of the ion ending with "ion." ![Ion 2](image-link) Remember to carefully observe the given models and utilize your knowledge of chemistry to deduce the accurate formulas and names of these ions. Happy Learning!
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