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1. Briefly review the reagents involved in the procedures for test tubes #2 and #3 (see pp. 8-3 and 8-4 in your lab manual.). Each test tube started with a solution containing the sodium or potassium salt of each anion. In test tube 2, a solution of silver nitrate (AGNO3) was added. In test tube 3, a solution of barium chloride (BaCl2) was added. (In both cases, we will ignore the addition of nitric acid.) Refer to the solubility guidelines from the GKFBD textbook (pp. 170-171), and determine which anion compounds will form a precipitate upon the addition of silver nitrate (test tube 2) and barium chloride (test tube 3). In the table below, mark an 'X' in each box that corresponds to the formation of precipitate. [If you have your anion table from the lab with you, you can look at that as well; but you should use the solubility guidelines to determine which precipitates will form.] Anion Test Test Anion Test Test Compound Tube 2 Tube 3 Compound Tube 2 Tube 3 NaCH3COO Nal Na2CO3 NaNO3 NaF NaSCN NaCl NazSO4 NaBr Na3PO4 2. For each precipitate formed above, write the appropriate net ionic equation. Phase labels and ion charges are required to receive full credit. First, write the reactions for test tube #2, then the reactions for test tube #3. Please show ONLY the net ionic equations here, use a separate sheet of scratch paper to work out the molecular and overall ionic equations if you wish. TEST TUBE 2 REACTIONS

1. Briefly review the reagents involved in the procedures for test tubes #2 and #3 (see pp. 8-3 and 8-4 in your lab manual.). Each test tube started with a solution containing the sodium or potassium salt of each anion. In test tube 2, a solution of silver nitrate (AGNO3) was added. In test tube 3, a solution of barium chloride (BaCl2) was added. (In both cases, we will ignore the addition of nitric acid.) Refer to the solubility guidelines from the GKFBD textbook (pp. 170-171), and determine which anion compounds will form a precipitate upon the addition of silver nitrate (test tube 2) and barium chloride (test tube 3). In the table below, mark an 'X' in each box that corresponds to the formation of precipitate. [If you have your anion table from the lab with you, you can look at that as well; but you should use the solubility guidelines to determine which precipitates will form.] Anion Test Test Anion Test Test Compound Tube 2 Tube 3 Compound Tube 2 Tube 3 NaCH3COO Nal Na2CO3 NaNO3 NaF NaSCN NaCl NazSO4 NaBr Na3PO4 2. For each precipitate formed above, write the appropriate net ionic equation. Phase labels and ion charges are required to receive full credit. First, write the reactions for test tube #2, then the reactions for test tube #3. Please show ONLY the net ionic equations here, use a separate sheet of scratch paper to work out the molecular and overall ionic equations if you wish. TEST TUBE 2 REACTIONS

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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Which of these anion compounds form a precipitate when added to:

1. AgNO3 ?

Or

2. BaCl2 ?

...

Anion Compounds:

NaCH3COO

Na2CO3

NaF

NaCl

NaBr

NaI

NaNO3

NaSCN

Na2SO4

Na3PO4

 

1. Briefly review the reagents involved in the procedures for test tubes #2 and #3 (see pp. 8-3 and 8-4 in your lab manual.). Each test tube started with a solution containing the sodium or potassium salt of each anion. In test tube 2, a solution of silver nitrate (AGNO3) was added. In test tube 3, a solution of barium chloride (BaCl2) was added. (In both cases, we will ignore the addition of nitric acid.) Refer to the solubility guidelines from the GKFBD textbook (pp. 170-171), and determine which anion compounds will form a precipitate upon the addition of silver nitrate (test tube 2) and barium chloride (test tube 3). In the table below, mark an 'X' in each box that corresponds to the formation of precipitate. [If you have your anion table from the lab with you, you can look at that as well; but you should use the solubility guidelines to determine which precipitates will form.] Anion Test Test Anion Test Test Compound Tube 2 Tube 3 Compound Tube 2 Tube 3 NaCH3COO Nal Na2CO3 NaNO3 NaF NaSCN NaCl NazSO4 NaBr Na3PO4 2. For each precipitate formed above, write the appropriate net ionic equation. Phase labels and ion charges are required to receive full credit. First, write the reactions for test tube #2, then the reactions for test tube #3. Please show ONLY the net ionic equations here, use a separate sheet of scratch paper to work out the molecular and overall ionic equations if you wish. TEST TUBE 2 REACTIONS
Transcribed Image Text:1. Briefly review the reagents involved in the procedures for test tubes #2 and #3 (see pp. 8-3 and 8-4 in your lab manual.). Each test tube started with a solution containing the sodium or potassium salt of each anion. In test tube 2, a solution of silver nitrate (AGNO3) was added. In test tube 3, a solution of barium chloride (BaCl2) was added. (In both cases, we will ignore the addition of nitric acid.) Refer to the solubility guidelines from the GKFBD textbook (pp. 170-171), and determine which anion compounds will form a precipitate upon the addition of silver nitrate (test tube 2) and barium chloride (test tube 3). In the table below, mark an 'X' in each box that corresponds to the formation of precipitate. [If you have your anion table from the lab with you, you can look at that as well; but you should use the solubility guidelines to determine which precipitates will form.] Anion Test Test Anion Test Test Compound Tube 2 Tube 3 Compound Tube 2 Tube 3 NaCH3COO Nal Na2CO3 NaNO3 NaF NaSCN NaCl NazSO4 NaBr Na3PO4 2. For each precipitate formed above, write the appropriate net ionic equation. Phase labels and ion charges are required to receive full credit. First, write the reactions for test tube #2, then the reactions for test tube #3. Please show ONLY the net ionic equations here, use a separate sheet of scratch paper to work out the molecular and overall ionic equations if you wish. TEST TUBE 2 REACTIONS
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