Given a hypothetical element, X, which forms two oxides: X203 and XO2. The oxide X2O3 is a reducing agent while XO2 is an oxidizing agent. Which of the following statements best explains the chemical behavior of these oxides? a) The higher oxidation state of X in XO2 makes it a stronger reducing agent. b) The lower oxidation state of X in X2O3 indicates it donates electrons more readily, acting as a reducing agent. c) XO2 acts as a reducing agent because it has a higher oxygen content. d) The presence of more oxygen atoms in X203 makes it a better oxidizing agent. Uploading 3 rd time. Again and again got ai answer. Please provide valuable answer
Given a hypothetical element, X, which forms two oxides: X203 and XO2. The oxide X2O3 is a reducing agent while XO2 is an oxidizing agent. Which of the following statements best explains the chemical behavior of these oxides? a) The higher oxidation state of X in XO2 makes it a stronger reducing agent. b) The lower oxidation state of X in X2O3 indicates it donates electrons more readily, acting as a reducing agent. c) XO2 acts as a reducing agent because it has a higher oxygen content. d) The presence of more oxygen atoms in X203 makes it a better oxidizing agent. Uploading 3 rd time. Again and again got ai answer. Please provide valuable answer
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter21: Chemistry Of The Nonmetals
Section: Chapter Questions
Problem 73QAP: The amount of sodium hypochlorite in a bleach solution can be determined by using a given volume of...
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Given a hypothetical element, X, which forms two oxides: X203 and XO2. The oxide X2O3 is a reducing agent while XO2 is an oxidizing agent. Which of the following statements best explains the chemical behavior of these oxides? a) The higher oxidation state of X in XO2 makes it a stronger reducing agent. b) The lower oxidation state of X in X2O3 indicates it donates electrons more readily, acting as a reducing agent. c) XO2 acts as a reducing agent because it has a higher oxygen content. d) The presence of more oxygen atoms in X203 makes it a better oxidizing agent. Uploading 3 rd time. Again and again got ai answer. Please provide valuable answer
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