Use the following information to solve the questions below. Capillary pressure at the arterial end is 40 mmHg and at the venous end is 10 mmHg. Pi is 0 mmHg, πC is 26 mmHg, πI is 6 mmHg, and Kf is 2.2. a. Calculate volume flow at the arterial and venular ends of the capillary. b. At what hydrostatic capillary pressure will there will be no fluid flow in the capillary? d. Will this capillary favor filtration or absorption? Why? e. If blood pressure at the arterial end of the capillary is decreased to 29 mm Hg, would this capillary favor filtration or absorption? Why?
Use the following information to solve the questions below. Capillary pressure at the arterial end is 40 mmHg and at the venous end is 10 mmHg. Pi is 0 mmHg, πC is 26 mmHg, πI is 6 mmHg, and Kf is 2.2. a. Calculate volume flow at the arterial and venular ends of the capillary. b. At what hydrostatic capillary pressure will there will be no fluid flow in the capillary? d. Will this capillary favor filtration or absorption? Why? e. If blood pressure at the arterial end of the capillary is decreased to 29 mm Hg, would this capillary favor filtration or absorption? Why?
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter10: The Blood Vessels And Blood Pressure
Section: Chapter Questions
Problem 2SQE
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Use the following information to solve the questions below. Capillary pressure at the arterial end is 40 mmHg and at the venous end is 10 mmHg. Pi is 0 mmHg, πC is 26 mmHg, πI is 6 mmHg, and Kf is 2.2.
a. Calculate volume flow at the arterial and venular ends of the capillary.
b. At what hydrostatic capillary pressure will there will be no fluid flow in the capillary?
d. Will this capillary favor filtration or absorption? Why?
e. If blood pressure at the arterial end of the capillary is decreased to 29 mm Hg, would this capillary favor filtration or absorption? Why?
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