3.5 Consider the steady, incompressible blood flow through the vascular network as shown. Determine the magnitude and the direction of the volume flow rate through the daughter branch 2 (denoted as d3 in Figure 3.25). The velocity at location 1 is inflow and the velocity at location 2 is outflow. d₁ = 100 μm V₁ = 100 mm/s FIGURE 3.25 Figure for Homework Problem 3.5. d₂-35 μm d₂=75 μm V₂ = 80 mm/s

3.5 Consider the steady, incompressible blood flow through the vascular network as shown. Determine the magnitude and the direction of the volume flow rate through the daughter branch 2 (denoted as d3 in Figure 3.25). The velocity at location 1 is inflow and the velocity at location 2 is outflow. d₁ = 100 μm V₁ = 100 mm/s FIGURE 3.25 Figure for Homework Problem 3.5. d₂-35 μm d₂=75 μm V₂ = 80 mm/s

Elements Of Electromagnetics

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Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

3.5 Consider the steady, incompressible blood flow through the vascular network as shown.
Determine the magnitude and the direction of the volume flow rate through the daughter
branch 2 (denoted as d3 in Figure 3.25). The velocity at location 1 is inflow and the velocity
at location 2 is outflow.
d, 100 μm
=
V₁ = 100 mm/s
FIGURE 3.25 Figure for Homework Problem 3.5.
d₂ = 35 μm
d₂=75 μm
V₂80 mm/s

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