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d. K3PO4 The purple spheres represent particles of solute. Which compounds are represente (IV)? I Bogob 00 III= QUED BOOD 80 CAND 56 000 II 000000 600 TV Do

d. K3PO4 The purple spheres represent particles of solute. Which compounds are represente (IV)? I Bogob 00 III= QUED BOOD 80 CAND 56 000 II 000000 600 TV Do

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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The image displays a question along with several diagrams illustrating the distribution of particles within a solution. **Question:** Which compounds are represented in images I to IV? **Options:** c. NaCl d. K₃PO₄ **Explanation of Diagrams:** Each diagram is labeled with a Roman numeral (I, II, III, IV) and depicts green and purple spheres within a circular boundary. The diagrams likely represent different ionic compounds dissolved in a solvent: - **Green Spheres:** Likely represent particles of the solvent. - **Purple Spheres:** Represent particles of the solute. **Diagrams:** - **I:** Contains three purple spheres and several green spheres. - **II:** Shows a higher concentration of purple spheres mixed with green spheres. - **III:** Displays a similar pattern to I but with variations in the arrangement of spheres. - **IV:** Features an increased number of purple spheres evenly distributed among the green spheres. Students are expected to match these diagrams to the given compounds (NaCl and K₃PO₄) by considering the relative proportion and distribution of solute and solvent particles.
Transcribed Image Text:The image displays a question along with several diagrams illustrating the distribution of particles within a solution. **Question:** Which compounds are represented in images I to IV? **Options:** c. NaCl d. K₃PO₄ **Explanation of Diagrams:** Each diagram is labeled with a Roman numeral (I, II, III, IV) and depicts green and purple spheres within a circular boundary. The diagrams likely represent different ionic compounds dissolved in a solvent: - **Green Spheres:** Likely represent particles of the solvent. - **Purple Spheres:** Represent particles of the solute. **Diagrams:** - **I:** Contains three purple spheres and several green spheres. - **II:** Shows a higher concentration of purple spheres mixed with green spheres. - **III:** Displays a similar pattern to I but with variations in the arrangement of spheres. - **IV:** Features an increased number of purple spheres evenly distributed among the green spheres. Students are expected to match these diagrams to the given compounds (NaCl and K₃PO₄) by considering the relative proportion and distribution of solute and solvent particles.
**Educational Content: Particle-Level Views of Aqueous Solutions** The figure below displays particle-level representations of 0.001 M aqueous solutions for four different solutes: a. C₆H₁₂O₆ b. MgCl₂ c. NaCl d. K₃PO₄ The purple spheres symbolize particles of solute. Analyze the illustrations (I-IV) and determine which compounds they represent. **Diagrams:** - **Diagram I:** A circle containing three large purple spheres surrounded by smaller yellow structures. - **Diagram II:** A circle with several large purple spheres dispersed among many small yellow structures. - **Diagram III:** A circle featuring more scattered purple spheres than yellow structures, with notable spaces between them. - **Diagram IV:** A circle with a few purple spheres placed among numerous yellow structures. **Analysis Prompt:** Identify which diagrams correspond to the given solutes (a-d) based on the visual representation and the nature of each compound in solution.
Transcribed Image Text:**Educational Content: Particle-Level Views of Aqueous Solutions** The figure below displays particle-level representations of 0.001 M aqueous solutions for four different solutes: a. C₆H₁₂O₆ b. MgCl₂ c. NaCl d. K₃PO₄ The purple spheres symbolize particles of solute. Analyze the illustrations (I-IV) and determine which compounds they represent. **Diagrams:** - **Diagram I:** A circle containing three large purple spheres surrounded by smaller yellow structures. - **Diagram II:** A circle with several large purple spheres dispersed among many small yellow structures. - **Diagram III:** A circle featuring more scattered purple spheres than yellow structures, with notable spaces between them. - **Diagram IV:** A circle with a few purple spheres placed among numerous yellow structures. **Analysis Prompt:** Identify which diagrams correspond to the given solutes (a-d) based on the visual representation and the nature of each compound in solution.
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