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To load the assignment, select "Load an Assignment" from the "File" menu, and select Molarity and Density: Making Solutions from Solids For the following problems, calculate the mass of solid needed to make the solution, and then prepare the solutions in the Virtual Lab. Use the solution viewer to verify that the solutions you created have the target concentrations. Outline the steps you took in making each solution and in verifying that it has the correct concentration. 1) 100 ml of solution that is 1.0 M in sodium cation, using sodium chloride. 2) 100 ml of a solution that is 0.7 m in chloride anion, using magnesium chloride. 3) 250 ml of a solution that is 0.34 M in sodium cation, using sodium sulfate decahydrate. 4) 500 ml of a solution that is 0.25 m in sulfate anion, using sodium sulfate decahydrate.

To load the assignment, select "Load an Assignment" from the "File" menu, and select Molarity and Density: Making Solutions from Solids For the following problems, calculate the mass of solid needed to make the solution, and then prepare the solutions in the Virtual Lab. Use the solution viewer to verify that the solutions you created have the target concentrations. Outline the steps you took in making each solution and in verifying that it has the correct concentration. 1) 100 ml of solution that is 1.0 M in sodium cation, using sodium chloride. 2) 100 ml of a solution that is 0.7 m in chloride anion, using magnesium chloride. 3) 250 ml of a solution that is 0.34 M in sodium cation, using sodium sulfate decahydrate. 4) 500 ml of a solution that is 0.25 m in sulfate anion, using sodium sulfate decahydrate.

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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please answer me for 3 and 4 thanks
Part L Preparing solutions from solids To load the assignment, select "Load an Assignment" from the "File" menų, and select Molarity and Density: Making Solutions from Solids For the following problems, calculate the mass of solid needed to make the solution, and then prepare the solutions in the Virtual Lab. Use the solution viewer to verify that the solutions you created have the target concentrations. Outline the steps you took in making each solution and in verifying that it has the correct concentration. 1) 100 ml of solution that is 1.0 M in sodium cation, using sodium chloride. 2) 100 ml of a solution that is 0.7 m in chloride anion, using magnesium chloride. 3) 250 ml of a solution that is 0.34 M in sodium cation, using sodium sulfate decahydrate. 4) 500 ml of a solution that is 0.25 m in sulfate anion, using sodium sulfate decahydrate. .docx 44.jpg 4.jpg hp
Transcribed Image Text:Part L Preparing solutions from solids To load the assignment, select "Load an Assignment" from the "File" menų, and select Molarity and Density: Making Solutions from Solids For the following problems, calculate the mass of solid needed to make the solution, and then prepare the solutions in the Virtual Lab. Use the solution viewer to verify that the solutions you created have the target concentrations. Outline the steps you took in making each solution and in verifying that it has the correct concentration. 1) 100 ml of solution that is 1.0 M in sodium cation, using sodium chloride. 2) 100 ml of a solution that is 0.7 m in chloride anion, using magnesium chloride. 3) 250 ml of a solution that is 0.34 M in sodium cation, using sodium sulfate decahydrate. 4) 500 ml of a solution that is 0.25 m in sulfate anion, using sodium sulfate decahydrate. .docx 44.jpg 4.jpg hp
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