1. Calculate the percent of SiO, in the mixture by using the equation: %= part * 100 whole 2. Calculate the percent of NaCl in the in the mixture. (continued on back!) Fundamental Chemistry I 44 3. Calculate the percent recovery for the experiment.

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Chapter1: Chemical Foundations
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Lab 6 Data Sheet
Number of Unknown Sample
Mass of Beaker #1 and Sample
63.8 g
Mass of Beaker #1
60.2 g
Mass of Sample
Mass of Beaker #2 + NaCl (dried)
61.2 g
Mass of Beaker #2
59.7 g
Mass of NaCI Recovered
Mass of Filter Paper and SiO2 (dried)
Mass of Filter Paper
2.3 g
0,4 g
Mass of SiO2 Recovered
Total Mass of NaCl and SiO2 Recovered
Transcribed Image Text:Lab 6 Data Sheet Number of Unknown Sample Mass of Beaker #1 and Sample 63.8 g Mass of Beaker #1 60.2 g Mass of Sample Mass of Beaker #2 + NaCl (dried) 61.2 g Mass of Beaker #2 59.7 g Mass of NaCI Recovered Mass of Filter Paper and SiO2 (dried) Mass of Filter Paper 2.3 g 0,4 g Mass of SiO2 Recovered Total Mass of NaCl and SiO2 Recovered
ab X,
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Calculations:
1. Calculate the percent of SiO, in the mixture by using the equation: %= part * 100
whole
2. Calculate the percent of NaCl in the in the mixture.
(continued on back!)
Fundamental Chemistry I
44
3. Calculate the percent recovery for the experiment.
4. Calculate the percent error for the separation of the mixture bv using the following equation
Text Predictions: On
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Transcribed Image Text:ab X, Font Paragraph Styles Calculations: 1. Calculate the percent of SiO, in the mixture by using the equation: %= part * 100 whole 2. Calculate the percent of NaCl in the in the mixture. (continued on back!) Fundamental Chemistry I 44 3. Calculate the percent recovery for the experiment. 4. Calculate the percent error for the separation of the mixture bv using the following equation Text Predictions: On * Accessibility: Investīgate %23 99+ W > >
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