QUESTION 9 9. What would happen to the results in this experiment if the flask was left open to the atmosphere while it was being cooled, and the stopper was inserted just before the final weighing? The calculated mass of vapor would be too large; thus the calculated molar mass would be too large. The calculated mass of vapor would be too small; thus the calculated molar mass would be too large. The calculated mass of vapor would be too large; thus the calculated molar mass would be too small. O The calculated mass of vapor would be too small; thus the calculated molar mass would be too small. QUESTION 10 10. What will happen to the results in this experiment if the flask was removed from the bath before the vapor had reached the temperature of the boiling water and all the liquids had vaporized? The temperature of the vapor would be too high; observed mass of vapor will be too high; thus the molar mass would be too large. The temperature of the vapor would be too low; observed mass of vapor will be too low; thus the molar mass would be too large. The temperature of the vapor would be too low; observed mass of vapor will be too high; thus the molar mass would be too large. O The temperature of the vapor would be too low; observed mass of vapor will be too high; thus the molar mass would be too small. 0.4 points ✓ Saved 0.4 points Saved
QUESTION 9 9. What would happen to the results in this experiment if the flask was left open to the atmosphere while it was being cooled, and the stopper was inserted just before the final weighing? The calculated mass of vapor would be too large; thus the calculated molar mass would be too large. The calculated mass of vapor would be too small; thus the calculated molar mass would be too large. The calculated mass of vapor would be too large; thus the calculated molar mass would be too small. O The calculated mass of vapor would be too small; thus the calculated molar mass would be too small. QUESTION 10 10. What will happen to the results in this experiment if the flask was removed from the bath before the vapor had reached the temperature of the boiling water and all the liquids had vaporized? The temperature of the vapor would be too high; observed mass of vapor will be too high; thus the molar mass would be too large. The temperature of the vapor would be too low; observed mass of vapor will be too low; thus the molar mass would be too large. The temperature of the vapor would be too low; observed mass of vapor will be too high; thus the molar mass would be too large. O The temperature of the vapor would be too low; observed mass of vapor will be too high; thus the molar mass would be too small. 0.4 points ✓ Saved 0.4 points Saved
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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Question
Transcribed Image Text:QUESTION 9
9. What would happen to the results in this experiment if the flask was left open to the atmosphere while it was being cooled, and the
stopper was inserted just before the final weighing?
The calculated mass of vapor would be too large; thus the calculated molar mass would be too large.
The calculated mass of vapor would be too small; thus the calculated molar mass would be too large.
The calculated mass of vapor would be too large; thus the calculated molar mass would be too small.
O The calculated mass of vapor would be too small; thus the calculated molar mass would be too small.
QUESTION 10
10. What will happen to the results in this experiment if the flask was removed from the bath before the vapor had reached the
temperature of the boiling water and all the liquids had vaporized?
The temperature of the vapor would be too high; observed mass of vapor will be too high; thus the molar mass would be too large.
The temperature of the vapor would be too low; observed mass of vapor will be too low; thus the molar mass would be too large.
The temperature of the vapor would be too low; observed mass of vapor will be too high; thus the molar mass would be too large.
O The temperature of the vapor would be too low; observed mass of vapor will be too high; thus the molar mass would be too small.
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