These problems are similar to Part B, but you must first translate the sentence that describes a chemical reaction into a balanced chemical equation. Then, using your electrolyte strength table and the solubility rules, turn each balanced chemical equation into a total ionic equation via the dissociation of all strong electrolytes. Finally, cancel out all spectator ions in your total ionic equation to determine your net ionic equation. You do not need to include state symbols, but you will need to properly show proper coefficients for all atoms, molecules, and ions, and you must show the proper charges on all dissociated ions. Solutions of silver nitrate and lithium bromide react to form a white precipitate and a soluble salt. uation: quation: uation:
These problems are similar to Part B, but you must first translate the sentence that describes a chemical reaction into a balanced chemical equation. Then, using your electrolyte strength table and the solubility rules, turn each balanced chemical equation into a total ionic equation via the dissociation of all strong electrolytes. Finally, cancel out all spectator ions in your total ionic equation to determine your net ionic equation. You do not need to include state symbols, but you will need to properly show proper coefficients for all atoms, molecules, and ions, and you must show the proper charges on all dissociated ions. Solutions of silver nitrate and lithium bromide react to form a white precipitate and a soluble salt. uation: quation: uation:
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter9: Chemical Change
Section: Chapter Questions
Problem 49E
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