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.
Chapter4: Types Of Chemical Reactions And Solution Stoichiometry
Section: Chapter Questions
Problem 135CP: A 0.500-L sample of H2SO4 solution was analyzed by taking a 100.0-mL aliquot and adding 50.0 mL of...
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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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