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Each 5 points, total 50 points max Prob 1-5 + H F F = λ H H-N-H F H 1. Indicate acid, base, conjugate acid, and conjugate base under the above molecules, 2. Draw all lone pairs (non-bonding) of electrons on the molecules. 3. Show the movement of electrons in the reaction using electron-pushing arrows. 4. Circle the side of the equation that will have the largest population of molecules/ions. (If the reaction favors to go to the left side, circle the left side. If the reaction favors the right side, circle the right side.) 5. For the chosen direction of reaction in the above question, explain the reason using the ARIO rules (Hint: compare bases and think about their stability.)

Each 5 points, total 50 points max Prob 1-5 + H F F = λ H H-N-H F H 1. Indicate acid, base, conjugate acid, and conjugate base under the above molecules, 2. Draw all lone pairs (non-bonding) of electrons on the molecules. 3. Show the movement of electrons in the reaction using electron-pushing arrows. 4. Circle the side of the equation that will have the largest population of molecules/ions. (If the reaction favors to go to the left side, circle the left side. If the reaction favors the right side, circle the right side.) 5. For the chosen direction of reaction in the above question, explain the reason using the ARIO rules (Hint: compare bases and think about their stability.)

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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Each 5 points, total 50 points max Prob 1-5 + H F F = λ H H-N-H F H 1. Indicate acid, base, conjugate acid, and conjugate base under the above molecules, 2. Draw all lone pairs (non-bonding) of electrons on the molecules. 3. Show the movement of electrons in the reaction using electron-pushing arrows. 4. Circle the side of the equation that will have the largest population of molecules/ions. (If the reaction favors to go to the left side, circle the left side. If the reaction favors the right side, circle the right side.) 5. For the chosen direction of reaction in the above question, explain the reason using the ARIO rules (Hint: compare bases and think about their stability.)
Transcribed Image Text:Each 5 points, total 50 points max Prob 1-5 + H F F = λ H H-N-H F H 1. Indicate acid, base, conjugate acid, and conjugate base under the above molecules, 2. Draw all lone pairs (non-bonding) of electrons on the molecules. 3. Show the movement of electrons in the reaction using electron-pushing arrows. 4. Circle the side of the equation that will have the largest population of molecules/ions. (If the reaction favors to go to the left side, circle the left side. If the reaction favors the right side, circle the right side.) 5. For the chosen direction of reaction in the above question, explain the reason using the ARIO rules (Hint: compare bases and think about their stability.)
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