QUESTION 3 A systemic capillary has a hydraulic pressure of 25 mm Hg at the arteriole side and a hydraulic pressure of 20 mm Hg on the venule side. Within the capillary, the colloid osmotic pressure is constant at 28 mm Hg. As a result: O Fluid will be absorbed by the capillary on the arteriole side and forced out of the capillary on the venule side Fluid will be forced out of the capillary at the arteriole side and reabsorbed by the capillary on the venule side Fluid will be absorbed by the capillary on the arteriole side and lymph will be supplied by the lymphatics on the venule side O The fluid will reside solely within the capillary on both the arteriole and venule side Fluid will be forced out of the capillary on the arteriole side and all of it will be absorbed by the lymphatics on the venule side

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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QUESTION 3
A systemic capillary has a hydraulic pressure of 25 mm Hg at the arteriole side and a hydraulic pressure of 20 mm Hg on the venule side. Within the capillary, the colloid osmotic pressure is constant at 28 mm Hg. As a result:
Fluid will be absorbed by the capillary on the arteriole side and forced out of the capillary on the venule side
Fluid will be forced out of the capillary at the arteriole side and reabsorbed by the capillary on the venule side
Fluid will be absorbed by the capillary on the arteriole side and lymph will be supplied by the lymphatics on the venule side
O The fluid will reside solely within the capillary on both the arteriole and venule side
Fluid will be forced out of the capillary on the arteriole side and all of it will be absorbed by the lymphatics on the venule side
Transcribed Image Text:QUESTION 3 A systemic capillary has a hydraulic pressure of 25 mm Hg at the arteriole side and a hydraulic pressure of 20 mm Hg on the venule side. Within the capillary, the colloid osmotic pressure is constant at 28 mm Hg. As a result: Fluid will be absorbed by the capillary on the arteriole side and forced out of the capillary on the venule side Fluid will be forced out of the capillary at the arteriole side and reabsorbed by the capillary on the venule side Fluid will be absorbed by the capillary on the arteriole side and lymph will be supplied by the lymphatics on the venule side O The fluid will reside solely within the capillary on both the arteriole and venule side Fluid will be forced out of the capillary on the arteriole side and all of it will be absorbed by the lymphatics on the venule side
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