Question 19 Which of the following statements best describes Starling's hypothesis (Starling Equation, not the Frank-Starling relationship)? OA. Starling's hypothesis describes the relationship between stroke volume and heart rate in response to changes in preload. O B. Starling's hypothesis states that the amount of oxygen released from hemoglobin increases as the partial pressure of carbon dioxide decreases. OC. Starling's hypothesis suggests that the artieriolar resistance acts to promote the movement of fluid and solutes between the blood and interstitial fluid. O D. Starling's hypothesis proposes that the net movement of fluid across the capillary wall is determined by the balance between hydrostatic pressure and osmotic pressure gradients. OE. Starling's hypothesis states that the viscosity of a fluid will determine the flow rate in a closed system with increasing entropy.

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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Question 19
Which of the following statements best describes Starling's hypothesis (Starling Equation, not the Frank-Starling relationship)?
O A. Starling's hypothesis describes the relationship between stroke volume and heart rate in response to changes in preload.
OB. Starling's hypothesis states that the amount of oxygen released from hemoglobin increases as the partial pressure of carbon dioxide decreases.
O C. Starling's hypothesis suggests that the artieriolar resistance acts to promote the movement of fluid and solutes between the blood and interstitial fluid.
O D. Starling's hypothesis proposes that the net movement of fluid across the capillary wall is determined by the balance between hydrostatic pressure and osmotic pressure gradients.
O E. Starling's hypothesis states that the viscosity of a fluid will determine the flow rate in a closed system with increasing entropy.
Transcribed Image Text:Question 19 Which of the following statements best describes Starling's hypothesis (Starling Equation, not the Frank-Starling relationship)? O A. Starling's hypothesis describes the relationship between stroke volume and heart rate in response to changes in preload. OB. Starling's hypothesis states that the amount of oxygen released from hemoglobin increases as the partial pressure of carbon dioxide decreases. O C. Starling's hypothesis suggests that the artieriolar resistance acts to promote the movement of fluid and solutes between the blood and interstitial fluid. O D. Starling's hypothesis proposes that the net movement of fluid across the capillary wall is determined by the balance between hydrostatic pressure and osmotic pressure gradients. O E. Starling's hypothesis states that the viscosity of a fluid will determine the flow rate in a closed system with increasing entropy.
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