problems. 1. Suppose you are using 0.1034 M NaOH to perform the procedure described in the experimental directions. Samples provided are approximately 50% KHP. Estimate the sample weight you'll measure for perform the analysis. Keep in mind: Choose a volume of NaOH which úses a 35-45 mL range of volume in your buret. Allow some "wiggle room" in your volume choice. If you choose 50 mL, for example, and you have more than 50% KHP in your sample, you'll use more NaOH than what the buret is calibrated to deliver in one filling.
problems. 1. Suppose you are using 0.1034 M NaOH to perform the procedure described in the experimental directions. Samples provided are approximately 50% KHP. Estimate the sample weight you'll measure for perform the analysis. Keep in mind: Choose a volume of NaOH which úses a 35-45 mL range of volume in your buret. Allow some "wiggle room" in your volume choice. If you choose 50 mL, for example, and you have more than 50% KHP in your sample, you'll use more NaOH than what the buret is calibrated to deliver in one filling.
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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Transcribed Image Text:problems.
1. Suppose you are using 0.1034 M NaOH to perform the procedure described in the experimental
directions. Samples provided are approximately 50% KHP. Estimate the sample weight you'll
measure for perform the analysis. Keep in mind:
Choose a volume of NaOH which úses a 35-45 mL range of volume in your buret.
Allow some "wiggle room" in your volume choice. If you choose 50 mL, for example,
and you have more than 50% KHP in your sample, you'll use more NaOH than what the
buret is calibrated to deliver in one filling.
2. A sample is reported to contain 44.0% by weight KHP If you weigh 1.777
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