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8. Percentage of Silver in silver chloride (Experimental) AgCl 0-6549 100 1.634 мум Ад им ск 9. Percentage of st Agcl (theoretical) MW) Ag C1 = 143-321 = 107.868 = 35.453 10. feccent erгог = 40.33% 75.26 107.868 100 = 75.261 143.321 75.26 % experimental Data Table: Note: All measured masses are to be taken to the third decimal place. Part I: Silver Chloride Mass of empty evaporating dish Mass of silver and evaporating dish before reaction 1. Mass silver 11. 2. Moles of silver Mass silver chloride and evaporating dish after first heating 3. Mass of silver chloride after first heating Mass of silver chloride and evaporating dish after 2nd heating 4. Mass of silver chloride after 2nd heating Mass of silver chloride and evaporating dish after 3rd heating (if necessary) 5. Mass of silver chloride after 3rd heating (if necessary) 6. Mass of chloride 7. Moles of chloride 8. Empirical Formula (experimental) 9. Percentage of silver in silver chloride (experimental) 10. Percentage of silver in silver chloride (theoretical) 11. Percent Error Calculations: = 0.9759 6.88.187-882467 = 0.659 1.88.1879-8+.2129 2. 0.975 gAg. Imolag 3. 87.2129-8818445 87.212-88.84.6. 107.837g/4y = 1.632g = 1.634g -0.009 mol Ag 8. 0.6sager. Imolag 35.4539 = 0.019 mol 87.212 88.187 9. g 0.975 8 0.009 mol 88.844 8 1.632 B 88.846 8 g 1.6348 N/A N/A S g g 10. 6.0 5. 3W.KIND g g mol 0.019 Agclz 40.33% % % %

8. Percentage of Silver in silver chloride (Experimental) AgCl 0-6549 100 1.634 мум Ад им ск 9. Percentage of st Agcl (theoretical) MW) Ag C1 = 143-321 = 107.868 = 35.453 10. feccent erгог = 40.33% 75.26 107.868 100 = 75.261 143.321 75.26 % experimental Data Table: Note: All measured masses are to be taken to the third decimal place. Part I: Silver Chloride Mass of empty evaporating dish Mass of silver and evaporating dish before reaction 1. Mass silver 11. 2. Moles of silver Mass silver chloride and evaporating dish after first heating 3. Mass of silver chloride after first heating Mass of silver chloride and evaporating dish after 2nd heating 4. Mass of silver chloride after 2nd heating Mass of silver chloride and evaporating dish after 3rd heating (if necessary) 5. Mass of silver chloride after 3rd heating (if necessary) 6. Mass of chloride 7. Moles of chloride 8. Empirical Formula (experimental) 9. Percentage of silver in silver chloride (experimental) 10. Percentage of silver in silver chloride (theoretical) 11. Percent Error Calculations: = 0.9759 6.88.187-882467 = 0.659 1.88.1879-8+.2129 2. 0.975 gAg. Imolag 3. 87.2129-8818445 87.212-88.84.6. 107.837g/4y = 1.632g = 1.634g -0.009 mol Ag 8. 0.6sager. Imolag 35.4539 = 0.019 mol 87.212 88.187 9. g 0.975 8 0.009 mol 88.844 8 1.632 B 88.846 8 g 1.6348 N/A N/A S g g 10. 6.0 5. 3W.KIND g g mol 0.019 Agclz 40.33% % % %

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter10: Quantity Relationships In Chemical Reactions
Section: Chapter Questions
Problem 84E
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Can you please solve #9,10,11  show all of your steps and explain how you do it, the second picture is my work I was trying to do but I don't know if my work is right. SHOW ALL YOUR WORK IN PICTURES! DO NOT TYPE IT.

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8. Percentage of Silver in silver chloride (Experimental) AgCl 0-6549 100 1.634 мум Ад им ск 9. Percentage of st Agcl (theoretical) MW) Ag C1 = 143-321 = 107.868 = 35.453 10. feccent erгог = 40.33% 75.26 107.868 100 = 75.261 143.321 75.26 % experimental
Transcribed Image Text:8. Percentage of Silver in silver chloride (Experimental) AgCl 0-6549 100 1.634 мум Ад им ск 9. Percentage of st Agcl (theoretical) MW) Ag C1 = 143-321 = 107.868 = 35.453 10. feccent erгог = 40.33% 75.26 107.868 100 = 75.261 143.321 75.26 % experimental
Data Table: Note: All measured masses are to be taken to the third decimal place. Part I: Silver Chloride Mass of empty evaporating dish Mass of silver and evaporating dish before reaction 1. Mass silver 11. 2. Moles of silver Mass silver chloride and evaporating dish after first heating 3. Mass of silver chloride after first heating Mass of silver chloride and evaporating dish after 2nd heating 4. Mass of silver chloride after 2nd heating Mass of silver chloride and evaporating dish after 3rd heating (if necessary) 5. Mass of silver chloride after 3rd heating (if necessary) 6. Mass of chloride 7. Moles of chloride 8. Empirical Formula (experimental) 9. Percentage of silver in silver chloride (experimental) 10. Percentage of silver in silver chloride (theoretical) 11. Percent Error Calculations: = 0.9759 6.88.187-882467 = 0.659 1.88.1879-8+.2129 2. 0.975 gAg. Imolag 3. 87.2129-8818445 87.212-88.84.6. 107.837g/4y = 1.632g = 1.634g -0.009 mol Ag 8. 0.6sager. Imolag 35.4539 = 0.019 mol 87.212 88.187 9. g 0.975 8 0.009 mol 88.844 8 1.632 B 88.846 8 g 1.6348 N/A N/A S g g 10. 6.0 5. 3W.KIND g g mol 0.019 Agclz 40.33% % % %
Transcribed Image Text:Data Table: Note: All measured masses are to be taken to the third decimal place. Part I: Silver Chloride Mass of empty evaporating dish Mass of silver and evaporating dish before reaction 1. Mass silver 11. 2. Moles of silver Mass silver chloride and evaporating dish after first heating 3. Mass of silver chloride after first heating Mass of silver chloride and evaporating dish after 2nd heating 4. Mass of silver chloride after 2nd heating Mass of silver chloride and evaporating dish after 3rd heating (if necessary) 5. Mass of silver chloride after 3rd heating (if necessary) 6. Mass of chloride 7. Moles of chloride 8. Empirical Formula (experimental) 9. Percentage of silver in silver chloride (experimental) 10. Percentage of silver in silver chloride (theoretical) 11. Percent Error Calculations: = 0.9759 6.88.187-882467 = 0.659 1.88.1879-8+.2129 2. 0.975 gAg. Imolag 3. 87.2129-8818445 87.212-88.84.6. 107.837g/4y = 1.632g = 1.634g -0.009 mol Ag 8. 0.6sager. Imolag 35.4539 = 0.019 mol 87.212 88.187 9. g 0.975 8 0.009 mol 88.844 8 1.632 B 88.846 8 g 1.6348 N/A N/A S g g 10. 6.0 5. 3W.KIND g g mol 0.019 Agclz 40.33% % % %
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