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5. Write out the equilibrium reactions for Part I through to Part VI leaving sufficient space below each reaction to answer the following questions associated with the equilibrium reactions. Indicate your predictions beneath the reaction (using one the following symbols,,↓↑ where appropriate) following the application of a stress to the equilibrium reactions: Part I: On treatment with sodium acetate predict if the pH increases (1) or decreases (↓). Part II: On treatment with concentrated HCl which direction will the equilibrium adjust to minimize the "stress": Shift left (<) or right (→)? Part III: On treatment with concentrated HCl, which direction will the equilibrium adjust to minimize the "stress": Shift left (<) or right (→)? Part III: An equilibrium system consisting of BiCl, and bismuth hypochlorite in water was treated with H2O. Which direction will the equilibrium adjust to minimize the "stress": Shift left (<) or right (→)? Part IV: On treatment with concentrated HCl which direction will the equilibrium adjust to minimize the "stress": Shift left (+) or right (→)? Part V: On treatment with 6 M NaOH which direction will the equilibrium adjust to minimize the "stress" Shift left (+) or right (→)? Part VI: What is the function of the vacuum aspirator? Predict the color shift of the indicator as a consequence of the applied “stress”.

5. Write out the equilibrium reactions for Part I through to Part VI leaving sufficient space below each reaction to answer the following questions associated with the equilibrium reactions. Indicate your predictions beneath the reaction (using one the following symbols,,↓↑ where appropriate) following the application of a stress to the equilibrium reactions: Part I: On treatment with sodium acetate predict if the pH increases (1) or decreases (↓). Part II: On treatment with concentrated HCl which direction will the equilibrium adjust to minimize the "stress": Shift left (<) or right (→)? Part III: On treatment with concentrated HCl, which direction will the equilibrium adjust to minimize the "stress": Shift left (<) or right (→)? Part III: An equilibrium system consisting of BiCl, and bismuth hypochlorite in water was treated with H2O. Which direction will the equilibrium adjust to minimize the "stress": Shift left (<) or right (→)? Part IV: On treatment with concentrated HCl which direction will the equilibrium adjust to minimize the "stress": Shift left (+) or right (→)? Part V: On treatment with 6 M NaOH which direction will the equilibrium adjust to minimize the "stress" Shift left (+) or right (→)? Part VI: What is the function of the vacuum aspirator? Predict the color shift of the indicator as a consequence of the applied “stress”.

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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Write out the equilibrium reactions for Part I through to Part VI leaving sufficient space below each reaction to answer the following questions associated with the equilibrium reactions. Indicate your predictions beneath the reaction (using one the following symbols →, +, 1, ↑ where appropriate) following the application of a stress to the equilibrium reactions: 5. Part I: On treatment with sodium acetate predict if the pH increases (1) or decreases (1). Part II: On treatment with concentrated HCl which direction will the equilibrium adjust to minimize the "stress": Shift left () or right (→)? Part III: On treatment with concentrated HCl, which direction will the equilibrium adjust to minimize the "stress": Shift left () or right (→)? Part III: An equilibrium system consisting of BiCl, and bismuth hypochlorite in water was treated with H,O. Which direction will the equilibrium adjust to minimize the "stress": Shift left () or right (→)? Part IV: On treatment with concentrated HCl which direction will the equilibrium adjust to minimize the "stress": Shift left () or right (→)? Part V: On treatment with 6 M NaOH which direction will the equilibrium adjust to minimize the "stress" Shift left () or right (→)? Part VI: What is the function of the vacuum aspirator? Predict the color shift of the indicator as a consequence of the applied "stress".
Transcribed Image Text:Write out the equilibrium reactions for Part I through to Part VI leaving sufficient space below each reaction to answer the following questions associated with the equilibrium reactions. Indicate your predictions beneath the reaction (using one the following symbols →, +, 1, ↑ where appropriate) following the application of a stress to the equilibrium reactions: 5. Part I: On treatment with sodium acetate predict if the pH increases (1) or decreases (1). Part II: On treatment with concentrated HCl which direction will the equilibrium adjust to minimize the "stress": Shift left () or right (→)? Part III: On treatment with concentrated HCl, which direction will the equilibrium adjust to minimize the "stress": Shift left () or right (→)? Part III: An equilibrium system consisting of BiCl, and bismuth hypochlorite in water was treated with H,O. Which direction will the equilibrium adjust to minimize the "stress": Shift left () or right (→)? Part IV: On treatment with concentrated HCl which direction will the equilibrium adjust to minimize the "stress": Shift left () or right (→)? Part V: On treatment with 6 M NaOH which direction will the equilibrium adjust to minimize the "stress" Shift left () or right (→)? Part VI: What is the function of the vacuum aspirator? Predict the color shift of the indicator as a consequence of the applied "stress".
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