You have prepared 1.000 M of NaOH solution. To determine the accuracy of the solution you prepared you have carried out two titration trials. Calculate the actual concentration of NaOH solution you prepared for each titration trials, and the average concentration. All your final answers should be reported to 4 significant figures. Trial 1: Weight of KHP = 5.0320 g MW(KHP) = 204.2 g/mole NaOH titrant volume = 24.40 ml 2. Trial 2: Weight of KHP = 5.0123 g MW(KHP) = 204.2 g/mole NaOH titrant volume = 24.34 ml Calculate the average concentration of Trial 1 and 2.
You have prepared 1.000 M of NaOH solution. To determine the accuracy of the solution you prepared you have carried out two titration trials. Calculate the actual concentration of NaOH solution you prepared for each titration trials, and the average concentration. All your final answers should be reported to 4 significant figures. Trial 1: Weight of KHP = 5.0320 g MW(KHP) = 204.2 g/mole NaOH titrant volume = 24.40 ml 2. Trial 2: Weight of KHP = 5.0123 g MW(KHP) = 204.2 g/mole NaOH titrant volume = 24.34 ml Calculate the average concentration of Trial 1 and 2.
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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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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You have prepared 1.000 M of NaOH solution. To determine the accuracy of the solution you prepared you have carried out two titration trials. Calculate the actual concentration of NaOH solution you prepared for each titration trials, and the average concentration. All your final answers should be reported to 4 significant figures.
- Trial 1:
- Weight of KHP = 5.0320 g
- MW(KHP) = 204.2 g/mole
- NaOH titrant volume = 24.40 ml
2. Trial 2:
- Weight of KHP = 5.0123 g
- MW(KHP) = 204.2 g/mole
- NaOH titrant volume = 24.34 ml
- Calculate the average concentration of Trial 1 and 2.
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