In the first trial of part A of the procedure, the ratio of moles H2O/moles CaSO4 is found to be 1.93. In the second trial the ratio was found to be 1.98. Calculate the relative average deviation of the two trials. Should the student run another trial? 200 4 0 6.09 els of es Plot of Mass of Precipitate
In the first trial of part A of the procedure, the ratio of moles H2O/moles CaSO4 is found to be 1.93. In the second trial the ratio was found to be 1.98. Calculate the relative average deviation of the two trials. Should the student run another trial? 200 4 0 6.09 els of es Plot of Mass of Precipitate
Chapter24: Introduction To Spectrochemical Methods
Section: Chapter Questions
Problem 24.18QAP
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Calculate the relative average deviation of the two trials. Should the student run another trial?
![In the first trial of part A of the procedure, the ratio of moles H2O/moles CaSO4 is found to be 1.93.
In the second trial the ratio was found to be 1.98. Calculate the relative average deviation of the two
trials. Should the student run another trial?
200
4 0
6.09
els of
es
Plot of Mass of Precipitate](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffc9e669a-66ab-41e9-8ac5-b35c4f0e48ea%2F02b9a0b2-5fed-4e1e-b768-bde7d8b619e8%2Fe8duu0m.jpeg&w=3840&q=75)
Transcribed Image Text:In the first trial of part A of the procedure, the ratio of moles H2O/moles CaSO4 is found to be 1.93.
In the second trial the ratio was found to be 1.98. Calculate the relative average deviation of the two
trials. Should the student run another trial?
200
4 0
6.09
els of
es
Plot of Mass of Precipitate
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