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What do the ions that gave a precipitate with (NH),CO, and Na, PO, have in common? 3. 4. Which test ions were spectator ions throughout part A? What do these ions have i common? 5. Which ONE of the following ions is mostly likely to give a precipitate with PO,? Explain F CH,O, NO, Mg Cs NH, H* 31 Nameouusa Oluarens aluareng Part A 1. Place 9 clean small test tubes in a test tube rack. The test tubes should be clean but do not have to be dry because aqueous solutions will be used. 2. To each test tube add 5 drops of the solution (0.1 M) indicated in the data table. 3. Next add 5 drops of silver nitrate (0.5 M) to each of the 9 test tubes. If there is no apparent change be sure to gently swirl the test tube to mix the reagents (a stirring rod can be used). If the contents of the test tube are cloudy, a solid precipitate was formed. If the contents of the test tube are clear, no reaction occurred. Record the results in the data table writing "ppt" and their color for precipitates and "NR" for no reaction. 4. Your instructor will inform you of where to dispose of the chemicals used. Rinse the test tubes and repeat the procedure two more times first using ammonium carbonate (0.5 M) in step 3 and then again using sodium phosphate (0.5 M) in step 3. coibane chsprote Slver Ag* C. Test Tube Solution Test Ion Co,2 PO 1 Barium nitrate Ba2 eheve Per Ppt clod 2 Ammonium CI chloride we Calcium nitrate e 3 Ca2 unte 4 Lithium nitrate Li* NR NR Ne PPT ualow Ammonium iodide I NO NK 6 Potassium nitrate K* UK 7 Sodium nitrate Na NK NK N2 8 Strontium nitrate Sr2t Pptunide nte PPT yeloce NK Ammonium Br Ne bromide 30

What do the ions that gave a precipitate with (NH),CO, and Na, PO, have in common? 3. 4. Which test ions were spectator ions throughout part A? What do these ions have i common? 5. Which ONE of the following ions is mostly likely to give a precipitate with PO,? Explain F CH,O, NO, Mg Cs NH, H* 31 Nameouusa Oluarens aluareng Part A 1. Place 9 clean small test tubes in a test tube rack. The test tubes should be clean but do not have to be dry because aqueous solutions will be used. 2. To each test tube add 5 drops of the solution (0.1 M) indicated in the data table. 3. Next add 5 drops of silver nitrate (0.5 M) to each of the 9 test tubes. If there is no apparent change be sure to gently swirl the test tube to mix the reagents (a stirring rod can be used). If the contents of the test tube are cloudy, a solid precipitate was formed. If the contents of the test tube are clear, no reaction occurred. Record the results in the data table writing "ppt" and their color for precipitates and "NR" for no reaction. 4. Your instructor will inform you of where to dispose of the chemicals used. Rinse the test tubes and repeat the procedure two more times first using ammonium carbonate (0.5 M) in step 3 and then again using sodium phosphate (0.5 M) in step 3. coibane chsprote Slver Ag* C. Test Tube Solution Test Ion Co,2 PO 1 Barium nitrate Ba2 eheve Per Ppt clod 2 Ammonium CI chloride we Calcium nitrate e 3 Ca2 unte 4 Lithium nitrate Li* NR NR Ne PPT ualow Ammonium iodide I NO NK 6 Potassium nitrate K* UK 7 Sodium nitrate Na NK NK N2 8 Strontium nitrate Sr2t Pptunide nte PPT yeloce NK Ammonium Br Ne bromide 30

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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What do the ions that gave a precipitate with (NH),CO, and Na, PO, have in common? 3. 4. Which test ions were spectator ions throughout part A? What do these ions have i common? 5. Which ONE of the following ions is mostly likely to give a precipitate with PO,? Explain F CH,O, NO, Mg Cs NH, H* 31
Transcribed Image Text:What do the ions that gave a precipitate with (NH),CO, and Na, PO, have in common? 3. 4. Which test ions were spectator ions throughout part A? What do these ions have i common? 5. Which ONE of the following ions is mostly likely to give a precipitate with PO,? Explain F CH,O, NO, Mg Cs NH, H* 31
Nameouusa Oluarens aluareng Part A 1. Place 9 clean small test tubes in a test tube rack. The test tubes should be clean but do not have to be dry because aqueous solutions will be used. 2. To each test tube add 5 drops of the solution (0.1 M) indicated in the data table. 3. Next add 5 drops of silver nitrate (0.5 M) to each of the 9 test tubes. If there is no apparent change be sure to gently swirl the test tube to mix the reagents (a stirring rod can be used). If the contents of the test tube are cloudy, a solid precipitate was formed. If the contents of the test tube are clear, no reaction occurred. Record the results in the data table writing "ppt" and their color for precipitates and "NR" for no reaction. 4. Your instructor will inform you of where to dispose of the chemicals used. Rinse the test tubes and repeat the procedure two more times first using ammonium carbonate (0.5 M) in step 3 and then again using sodium phosphate (0.5 M) in step 3. coibane chsprote Slver Ag* C. Test Tube Solution Test Ion Co,2 PO 1 Barium nitrate Ba2 eheve Per Ppt clod 2 Ammonium CI chloride we Calcium nitrate e 3 Ca2 unte 4 Lithium nitrate Li* NR NR Ne PPT ualow Ammonium iodide I NO NK 6 Potassium nitrate K* UK 7 Sodium nitrate Na NK NK N2 8 Strontium nitrate Sr2t Pptunide nte PPT yeloce NK Ammonium Br Ne bromide 30
Transcribed Image Text:Nameouusa Oluarens aluareng Part A 1. Place 9 clean small test tubes in a test tube rack. The test tubes should be clean but do not have to be dry because aqueous solutions will be used. 2. To each test tube add 5 drops of the solution (0.1 M) indicated in the data table. 3. Next add 5 drops of silver nitrate (0.5 M) to each of the 9 test tubes. If there is no apparent change be sure to gently swirl the test tube to mix the reagents (a stirring rod can be used). If the contents of the test tube are cloudy, a solid precipitate was formed. If the contents of the test tube are clear, no reaction occurred. Record the results in the data table writing "ppt" and their color for precipitates and "NR" for no reaction. 4. Your instructor will inform you of where to dispose of the chemicals used. Rinse the test tubes and repeat the procedure two more times first using ammonium carbonate (0.5 M) in step 3 and then again using sodium phosphate (0.5 M) in step 3. coibane chsprote Slver Ag* C. Test Tube Solution Test Ion Co,2 PO 1 Barium nitrate Ba2 eheve Per Ppt clod 2 Ammonium CI chloride we Calcium nitrate e 3 Ca2 unte 4 Lithium nitrate Li* NR NR Ne PPT ualow Ammonium iodide I NO NK 6 Potassium nitrate K* UK 7 Sodium nitrate Na NK NK N2 8 Strontium nitrate Sr2t Pptunide nte PPT yeloce NK Ammonium Br Ne bromide 30
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