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Perform the following calculations for your procedure: 1. To prepare a 100.0-mL 4.00 mM Fe³+ solution, how much solid of FeCl, would you need to weigh on the balance? 2. Fill in the following table for your diluted FeCl, standard solutions to determine the volume of the 4.00 mM stock solution you'd need to prepare 1.50-mL of each of the following dilutions. You may choose 4 concentrations between 0 and 4.00 mm. [Fe3+] (mM) Stock vol (μl) 4.00 0.00

Perform the following calculations for your procedure: 1. To prepare a 100.0-mL 4.00 mM Fe³+ solution, how much solid of FeCl, would you need to weigh on the balance? 2. Fill in the following table for your diluted FeCl, standard solutions to determine the volume of the 4.00 mM stock solution you'd need to prepare 1.50-mL of each of the following dilutions. You may choose 4 concentrations between 0 and 4.00 mm. [Fe3+] (mM) Stock vol (μl) 4.00 0.00

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
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Perform the following calculations for your procedure: 1. To prepare a 100.0-mL 4.00 mM Fe³+ solution, how much solid of FeCl, would you need to weigh on the balance? 2. Fill in the following table for your diluted FeCl, standard solutions to determine the volume of the 4.00 mM stock solution you'd need to prepare 1.50-mL of each of the following dilutions. You may choose 4 concentrations between 0 and 4.00 mm. [Fe3+] (mM) Stock vol (μl) 4.00 0.00
Transcribed Image Text:Perform the following calculations for your procedure: 1. To prepare a 100.0-mL 4.00 mM Fe³+ solution, how much solid of FeCl, would you need to weigh on the balance? 2. Fill in the following table for your diluted FeCl, standard solutions to determine the volume of the 4.00 mM stock solution you'd need to prepare 1.50-mL of each of the following dilutions. You may choose 4 concentrations between 0 and 4.00 mm. [Fe3+] (mM) Stock vol (μl) 4.00 0.00
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We need to prepare 100.0 mL of 4 mM  Fe3+ solution from the FeCl3 solid.

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