The pressure of a gas is measured in a manometer with one end open to the atmosphere. The pressure of the gas is found to be 0.820 atm. Atmospheric pressure that day was measured to be 0.890 atm. What is the height difference of the mercury between the two arms of the manometer? A. 0.070 mm with the mercury the arm open to the atmosphere higher. B. 0.070 mm with the mercury the arm open to the gas higher. C. 53.2 mm with the mercury the arm open to the atmosphere higher. D. 53.2 mm with the mercury the arm open to the gas higher.
The pressure of a gas is measured in a manometer with one end open to the atmosphere. The pressure of the gas is found to be 0.820 atm. Atmospheric pressure that day was measured to be 0.890 atm. What is the height difference of the mercury between the two arms of the manometer? A. 0.070 mm with the mercury the arm open to the atmosphere higher. B. 0.070 mm with the mercury the arm open to the gas higher. C. 53.2 mm with the mercury the arm open to the atmosphere higher. D. 53.2 mm with the mercury the arm open to the gas higher.
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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The pressure of a gas is measured in a manometer with one end open to the atmosphere. The pressure of the gas is found to be 0.820 atm. Atmospheric pressure that day was measured to be 0.890 atm. What is the height difference of the mercury between the two arms of the manometer?
A. 0.070 mm with the mercury the arm open to the atmosphere higher.
B. 0.070 mm with the mercury the arm open to the gas higher.
C. 53.2 mm with the mercury the arm open to the atmosphere higher.
D. 53.2 mm with the mercury the arm open to the gas higher.
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