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2. Given the following table of standard reduction potentials for a hypothetical element X under acidic medium: Cell Notation E° (V) XO₂²¹/XO₂* 1.24 XO, XE A XOil xe 0.64 0.15 X³ / X² -4.7 X²⁰/X -0.30 X¹/X B A. Determine the reduction potential for A and B B. Construct a Latimer diagram for Element X C. Construct a Frost-Ebsworth diagram for Element X D. Identify the (i) most stable species, (ii) strongest oxidizing agent, (iii) the specie/s that will most likely disproportionate, and (iv) the disproportionation products from the diagram

2. Given the following table of standard reduction potentials for a hypothetical element X under acidic medium: Cell Notation E° (V) XO₂²¹/XO₂* 1.24 XO, XE A XOil xe 0.64 0.15 X³ / X² -4.7 X²⁰/X -0.30 X¹/X B A. Determine the reduction potential for A and B B. Construct a Latimer diagram for Element X C. Construct a Frost-Ebsworth diagram for Element X D. Identify the (i) most stable species, (ii) strongest oxidizing agent, (iii) the specie/s that will most likely disproportionate, and (iv) the disproportionation products from the diagram

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter17: Electrochemistry And Its Applications
Section: Chapter Questions
Problem 92QRT
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2. Given the following table of standard reduction potentials for a hypothetical element X under acidic medium: Cell Notation E° (V) XO₂²¹/XO₂* 1.24 XO2/ XB A XOil xe 0.64 X4+/X³⁰ 0.15 X³+/X²+ -4.7 X²+/X -0.30 X4+/X B A. Determine the reduction potential for A and B B. Construct a Latimer diagram for Element X C. Construct a Frost-Ebsworth diagram for Element X D. Identify the (i) most stable species, (ii) strongest oxidizing agent, (iii) the specie/s that will most likely disproportionate, and (iv) the disproportionation products from the diagram
Transcribed Image Text:2. Given the following table of standard reduction potentials for a hypothetical element X under acidic medium: Cell Notation E° (V) XO₂²¹/XO₂* 1.24 XO2/ XB A XOil xe 0.64 X4+/X³⁰ 0.15 X³+/X²+ -4.7 X²+/X -0.30 X4+/X B A. Determine the reduction potential for A and B B. Construct a Latimer diagram for Element X C. Construct a Frost-Ebsworth diagram for Element X D. Identify the (i) most stable species, (ii) strongest oxidizing agent, (iii) the specie/s that will most likely disproportionate, and (iv) the disproportionation products from the diagram
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