A small blood vessel near the skin surface has a radius of 10 µm, a length of 1 µm and the pressure drop along the blood vessel is 2.50 Pa. The viscosity of blood is 0.0027 Pa.s. a. What is the volume flow rate of blood through this blood vessel? Whatis the velocity of blood flow? b. Vasodilation causes the radius of this blood vessel to increase to 12 µm,while leaving the pressure drop along the vessel unchanged? What isthe volume flow rate through this blood vessel now? What is the velocityof blood flow?
A small blood vessel near the skin surface has a radius of 10 µm, a length of 1 µm and the pressure drop along the blood vessel is 2.50 Pa. The viscosity of blood is 0.0027 Pa.s. a. What is the volume flow rate of blood through this blood vessel? Whatis the velocity of blood flow? b. Vasodilation causes the radius of this blood vessel to increase to 12 µm,while leaving the pressure drop along the vessel unchanged? What isthe volume flow rate through this blood vessel now? What is the velocityof blood flow?
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A small blood vessel near the skin surface has a radius of 10 µm, a length of 1 µm and the pressure drop along the blood vessel is 2.50 Pa. The viscosity of blood is 0.0027 Pa.s.
a. What is the volume flow rate of blood through this blood vessel? What
is the velocity of blood flow?
b. Vasodilation causes the radius of this blood vessel to increase to 12 µm,
while leaving the pressure drop along the vessel unchanged? What is
the volume flow rate through this blood vessel now? What is the velocity
of blood flow?
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