Would adding extra distilled water to the Erlenmeyer flask during the titration affect the calculated molarity of the N a O H solution? Explain. Question options: Yes, adding extra water will change the number of moles of acid added. Yes, adding extra water will change the number of moles of base added. Yes, adding extra water will change the total volume and thus make the N a O H molarity lower. No, the added water does not affect the number of moles of N a O H or H C l added and the added water does not affect the volume of H C l or N a O H.
Would adding extra distilled water to the Erlenmeyer flask during the titration affect the calculated molarity of the N a O H solution? Explain. Question options: Yes, adding extra water will change the number of moles of acid added. Yes, adding extra water will change the number of moles of base added. Yes, adding extra water will change the total volume and thus make the N a O H molarity lower. No, the added water does not affect the number of moles of N a O H or H C l added and the added water does not affect the volume of H C l or N a O H.
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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Would adding extra distilled water to the Erlenmeyer flask during the titration affect the calculated molarity of the N a O H solution? Explain.
Question options:
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Yes, adding extra water will change the number of moles of acid added. |
|
|
Yes, adding extra water will change the number of moles of base added. |
|
|
Yes, adding extra water will change the total volume and thus make the N a O H molarity lower. |
|
|
No, the added water does not affect the number of moles of N a O H or H C l added and the added water does not affect the volume of H C l or N a O H. |
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