The flow (in cm /s ) of blood from an artery into a small capillary can be modeled by ста? .2 F(x, y, z) = 4 У — 2 for constant c> 0, where x is the diameter of the capillary, y is the pressure in the...

The flow (in cm /s ) of blood from an artery into a small capillary<br>can be modeled by<br>ста?<br>.2<br>F(x, y, z) =<br>4<br>У — 2<br>for constant c> 0, where x is the diameter of the capillary, y is the<br>pressure in the artery, and z is the pressure in the capillary. Compute<br>rate of change of the flow of<br>blood with respect to<br>i) the diameter of the capillary<br>ii) the capillary pressure<br>

Extracted text: The flow (in cm /s ) of blood from an artery into a small capillary can be modeled by ста? .2 F(x, y, z) = 4 У — 2 for constant c> 0, where x is the diameter of the capillary, y is the pressure in the artery, and z is the pressure in the capillary. Compute rate of change of the flow of blood with respect to i) the diameter of the capillary ii) the capillary pressure

Jun 11, 2022

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The flow (in cm /s ) of blood from an artery into a small capillary can be modeled by ста? .2 F(x, y, z) = 4 У — 2 for constant c> 0, where x is the diameter of the capillary, y is the pressure in the...

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