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(a) Would silver react with dilute sulfuric acid? explain why or why not. (b) Would magnesium react with dilute sulfuric acid? explain why or why not.

(a) Would silver react with dilute sulfuric acid? explain why or why not. (b) Would magnesium react with dilute sulfuric acid? explain why or why not.

Chemistry for Today: General, Organic, and Biochemistry
Chemistry for Today: General, Organic, and Biochemistry
9th Edition
ISBN:9781305960060
Author:Spencer L. Seager, Michael R. Slabaugh, Maren S. Hansen
Publisher:Spencer L. Seager, Michael R. Slabaugh, Maren S. Hansen
Chapter5: Chemical Reactions
Section: Chapter Questions
Problem 5.18E
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1. Additial Exercies 

(a) Would silver react with dilute sulfuric acid? explain why or why not.

(b) Would magnesium react with dilute sulfuric acid? explain why or why not.

Mats ədx 4» Based on the evidence developed in this experiment and the Question 5 activity series:M gO WORKSHEET-Redox Reactions (a) Where should hydrogen be placed in this series? Name betueen Pb and Cu co- Questions and Calculations Section Date lead (b) Why can hydrogen not be placed exactly in this series? Note that hydrogen may compared to metals in an activity series despite not being a metal itself. Instructor 1. Complete the following table by writing the symbols of the two elements whose reactivities are being compared in each test for Part A: Tube Number (c) Using the chemicals listed in the Materials and Equipment section for this experiment, what additional test(s) would be required to fix the exact position of hydrogen with-respect-to all 4 6. greater CU Hz Pb Ma 2n Soul the other elements listed in this series? activity 3 CU Pb lesser activity HW 2. Based on the evidence developed in this experiment, arrange Cu, Ag, 1 1 Z7 ADDITIAL EXERCISES and Zn in order of the observed reactivities from highest to lowest: 1. Based on the evidence developed in this experiment: 2 (a) Would silver react with dilute sulfuric acid? Explain why or why not. 3 3. Based on the evidence developed in this experiment, arrange Pb, Mg, 1 Ang and Zn in order of the observed reactivities from highest to lowest: (b) Would magnesium react with dilute sulfuric acid? Explain why or why not. 3. 4. Based on the evidence developed in this experiment, arrange Mg, H, Mg 1 and Ag in order of the observed reactivities from highest to lowest. 2. Consider the following hypothetical results for an experiment like this one. Complete the table H2 and write an activity series for the metallic elements from most reactive to least reactive. 3 (most reactive) most reactive Trial 1 X+YAY+XA is more reactive than 5. Based on the evidence developed in this experiment, arrange all five of the metals (this excludes hydrogen) in an activity series from most 1 Trial 2 Z+ XA X+ZA Z is more reactive than reactive to least reactive. Trial 3 Q+XA→ "NR" is more reactive than 3 Trial 4 Y + QA → Q + YA Y is more reactive than (least reactive) Mg least reactive 68 67
Transcribed Image Text:Mats ədx 4» Based on the evidence developed in this experiment and the Question 5 activity series:M gO WORKSHEET-Redox Reactions (a) Where should hydrogen be placed in this series? Name betueen Pb and Cu co- Questions and Calculations Section Date lead (b) Why can hydrogen not be placed exactly in this series? Note that hydrogen may compared to metals in an activity series despite not being a metal itself. Instructor 1. Complete the following table by writing the symbols of the two elements whose reactivities are being compared in each test for Part A: Tube Number (c) Using the chemicals listed in the Materials and Equipment section for this experiment, what additional test(s) would be required to fix the exact position of hydrogen with-respect-to all 4 6. greater CU Hz Pb Ma 2n Soul the other elements listed in this series? activity 3 CU Pb lesser activity HW 2. Based on the evidence developed in this experiment, arrange Cu, Ag, 1 1 Z7 ADDITIAL EXERCISES and Zn in order of the observed reactivities from highest to lowest: 1. Based on the evidence developed in this experiment: 2 (a) Would silver react with dilute sulfuric acid? Explain why or why not. 3 3. Based on the evidence developed in this experiment, arrange Pb, Mg, 1 Ang and Zn in order of the observed reactivities from highest to lowest: (b) Would magnesium react with dilute sulfuric acid? Explain why or why not. 3. 4. Based on the evidence developed in this experiment, arrange Mg, H, Mg 1 and Ag in order of the observed reactivities from highest to lowest. 2. Consider the following hypothetical results for an experiment like this one. Complete the table H2 and write an activity series for the metallic elements from most reactive to least reactive. 3 (most reactive) most reactive Trial 1 X+YAY+XA is more reactive than 5. Based on the evidence developed in this experiment, arrange all five of the metals (this excludes hydrogen) in an activity series from most 1 Trial 2 Z+ XA X+ZA Z is more reactive than reactive to least reactive. Trial 3 Q+XA→ "NR" is more reactive than 3 Trial 4 Y + QA → Q + YA Y is more reactive than (least reactive) Mg least reactive 68 67
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