3. How would the concentration of the vinegar solution be altered if the volumetric flask used to dilute the original concentration of vinegar contained some water? 4. If a sample of vinegar was found to 1.55 % (m/m) acetic acid, what is the concentration of the acetic acid in molarity?

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Chapter1: Chemical Foundations
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DETERMINATION OF THE ACID
CONTENT IN VINEGAR
DATE
1. Why doesn't it matter if water is added to the vinegar sample AFTER it has been measured?
2. How would the concentration of the vinegar solution be altered if the pipet used to dilute the
original concentration of vinegar contained some water?
3. How would the concentration of the vinegar solution be altered if the volumetric flask used to
dilute the original concentration of vinegar contained some water?
4. If a sample of vinegar was found to 1.55 % (m/m) acetic acid, what is the concentration of the
acetic acid in molarity?
Transcribed Image Text:DETERMINATION OF THE ACID CONTENT IN VINEGAR DATE 1. Why doesn't it matter if water is added to the vinegar sample AFTER it has been measured? 2. How would the concentration of the vinegar solution be altered if the pipet used to dilute the original concentration of vinegar contained some water? 3. How would the concentration of the vinegar solution be altered if the volumetric flask used to dilute the original concentration of vinegar contained some water? 4. If a sample of vinegar was found to 1.55 % (m/m) acetic acid, what is the concentration of the acetic acid in molarity?
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