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Part III Preparation of Solution by Dilution To load the assignment, select "Load an Assignment" from the "File" menu, and select Molarity and Density: Acid Dilution Problem You are a work study for the chemistry department. Your supervisor has just asked you to prepare 500 mL of 3M HC1 for tomorrow's undergraduate experiment. In the stockroom explorer, you will find a cabinet called 'Stock Solutions'. Open this cabinet to find a 2.5 L bottle labeled "11.6 MHCI". The concentration of HC1 is 11.6 M. Prepare a flask containing 500 mL of a 3M (+/- 0.005 M) solution and relabel it with its precise molarity. Note that you must use realistic transfer mode, a buret, and a volumetric flask for this problem. Do all relevant calculations. As a reminder, calculate the volume needed to make a solution of a given molarity, you may use the dilution equation: MV, MV;:

Part III Preparation of Solution by Dilution To load the assignment, select "Load an Assignment" from the "File" menu, and select Molarity and Density: Acid Dilution Problem You are a work study for the chemistry department. Your supervisor has just asked you to prepare 500 mL of 3M HC1 for tomorrow's undergraduate experiment. In the stockroom explorer, you will find a cabinet called 'Stock Solutions'. Open this cabinet to find a 2.5 L bottle labeled "11.6 MHCI". The concentration of HC1 is 11.6 M. Prepare a flask containing 500 mL of a 3M (+/- 0.005 M) solution and relabel it with its precise molarity. Note that you must use realistic transfer mode, a buret, and a volumetric flask for this problem. Do all relevant calculations. As a reminder, calculate the volume needed to make a solution of a given molarity, you may use the dilution equation: MV, MV;:

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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**Part III. Preparation of Solution by Dilution** To load the assignment, select "Load an Assignment" from the "File" menu, and select **Molarity and Density: Acid Dilution Problem** You are a work-study for the chemistry department. Your supervisor has just asked you to prepare 500 mL of 3M HCl for tomorrow’s undergraduate experiment. In the stockroom explorer, you will find a cabinet called "Stock Solutions". Open this cabinet to find a 2.5 L bottle labeled "11.6 M HCl". The concentration of HCl is 11.6 M. Prepare a flask containing 500 mL of a 3M (+/- 0.005 M) solution and relabel it with its precise molarity. Note that you must use realistic transfer mode, a buret, and a volumetric flask for this problem. Do all relevant calculations. As a reminder, calculate the volume needed to make a solution of a given molarity; you may use the dilution equation: M₁V₁ = M₂V₂.
Transcribed Image Text:**Part III. Preparation of Solution by Dilution** To load the assignment, select "Load an Assignment" from the "File" menu, and select **Molarity and Density: Acid Dilution Problem** You are a work-study for the chemistry department. Your supervisor has just asked you to prepare 500 mL of 3M HCl for tomorrow’s undergraduate experiment. In the stockroom explorer, you will find a cabinet called "Stock Solutions". Open this cabinet to find a 2.5 L bottle labeled "11.6 M HCl". The concentration of HCl is 11.6 M. Prepare a flask containing 500 mL of a 3M (+/- 0.005 M) solution and relabel it with its precise molarity. Note that you must use realistic transfer mode, a buret, and a volumetric flask for this problem. Do all relevant calculations. As a reminder, calculate the volume needed to make a solution of a given molarity; you may use the dilution equation: M₁V₁ = M₂V₂.
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