Resistance in the peripheral circulation (R) is termed the systemic vascular resistance SVR. The resistance in a single vessel is given by the following expression: 8Ln R= 774 Where L is the length of the vessel, n is the viscosity, and r is the radius of the vessel. Assume that you have the following system consisting of an arteriole and a capillary bed in series, where the capillaries in the capillary bed are in parallel. The viscosity of blood is n=3.4cP(centipoise) The length of the arteriole is given by LA, and the length of each capillary is LC.

Resistance in the peripheral circulation (R) is termed the systemic vascular resistance SVR. The resistance in a single vessel is given by the following expression: 8Ln R= 774 Where L is the length of the vessel, n is the viscosity, and r is the radius of the vessel. Assume that you have the following system consisting of an arteriole and a capillary bed in series, where the capillaries in the capillary bed are in parallel. The viscosity of blood is n=3.4cP(centipoise) The length of the arteriole is given by LA, and the length of each capillary is LC.

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Description: Resistance in the peripheral circulation (R) is termed the systemic vascular resistance SVR. The resistance in a singlevessel is given by the following expression:8LnR=Where L is the length of the vessel, n is the viscosity, and r is the radius of t

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Resistance in the peripheral circulation (R) is termed the systemic vascular resistance SVR. The resistance in a single
vessel is given by the following expression:
8Ln
R=
Where L is the length of the vessel, n is the viscosity, and r is the radius of the vessel.
η
πr4
Assume that you have the following system consisting of an arteriole and a capillary bed in series, where the capillaries in
the capillary bed are in parallel. The viscosity of blood is n=3.4cP(centipoise)
The length of the arteriole is given by LA, and the length of each capillary is LC.
Arteriole
r₁ = 20μm
LA = 4.5mm
Capillary Bed
r₂ = 5μm
r4 = 4μm
13 =
Lc = 100μm
3μm
Compute the resistance of each of the vessels
in the diagram below.
Knowing that the circulatory system can be
compared to a circuit with resistors
representing the resistance of the vessels,
compute the total resistance of this system.
Give answers in units of (mmHg)(s)/cm^3

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