General Chemistry II Laboratory Manual, 2021 Revision Questions: 1) When you set up the temperature probe using Capstone, you did not calibrate it to read the correct temperature. It's possible that the probe reads temperatures that are consistently off by 1 or 2°C. Why won't this affect your results for this experiment? Explain your answer. 39 2) What do you think is a source of error for this experiment? Do not answer "Errors in weighing or calculations. " 3) If some t-butanol were lost between after it's weighed in before the first run, how would the experimental molar mass of solute be affected? Explain your answer. General Chemistry II Laboratory Manual, 2021 Revision Questions: 1) When you set up the temperature probe using Capstone, you did not calibrate it to read the correct temperature. It's possible that the probe reads temperatures that are consistently off by 1 or 2°C. Why won't this affect your results for this experiment? Explain your answer. 39 2) What do you think is a source of error for this experiment? Do not answer "Errors in weighing or calculations. " 3) If some t-butanol were lost between after it's weighed in before the first run, how would the experimental molar mass of solute be affected? Explain your answer.
General Chemistry II Laboratory Manual, 2021 Revision Questions: 1) When you set up the temperature probe using Capstone, you did not calibrate it to read the correct temperature. It's possible that the probe reads temperatures that are consistently off by 1 or 2°C. Why won't this affect your results for this experiment? Explain your answer. 39 2) What do you think is a source of error for this experiment? Do not answer "Errors in weighing or calculations. " 3) If some t-butanol were lost between after it's weighed in before the first run, how would the experimental molar mass of solute be affected? Explain your answer. General Chemistry II Laboratory Manual, 2021 Revision Questions: 1) When you set up the temperature probe using Capstone, you did not calibrate it to read the correct temperature. It's possible that the probe reads temperatures that are consistently off by 1 or 2°C. Why won't this affect your results for this experiment? Explain your answer. 39 2) What do you think is a source of error for this experiment? Do not answer "Errors in weighing or calculations. " 3) If some t-butanol were lost between after it's weighed in before the first run, how would the experimental molar mass of solute be affected? Explain your answer.
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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Transcribed Image Text:General Chemistry II Laboratory Manual, 2021 Revision
Questions:
1) When you set up the temperature probe using Capstone, you did not calibrate it to
read the correct temperature. It's possible that the probe reads temperatures that are
consistently off by 1 or 2°C. Why won't this affect your results for this experiment?
Explain your answer.
39
2) What do you think is a source of error for this experiment? Do not answer "Errors in
weighing or calculations.
"
3) If some t-butanol were lost between after it's weighed in before the first run, how
would the experimental molar mass of solute be affected? Explain your answer.
Transcribed Image Text:General Chemistry II Laboratory Manual, 2021 Revision
Questions:
1) When you set up the temperature probe using Capstone, you did not calibrate it to
read the correct temperature. It's possible that the probe reads temperatures that are
consistently off by 1 or 2°C. Why won't this affect your results for this experiment?
Explain your answer.
39
2) What do you think is a source of error for this experiment? Do not answer "Errors in
weighing or calculations.
"
3) If some t-butanol were lost between after it's weighed in before the first run, how
would the experimental molar mass of solute be affected? Explain your answer.
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