Blood flow. Poiseuille’s law states that the resistance R for blood flowing in a blood vessel varies directly as the length L of the vessel and inversely as the fourth power of its radius r . Stated as an equation, R ( L , r ) = k L r 4 k a constant Find R (8, 1) and R (4, 0.2).
Blood flow. Poiseuille’s law states that the resistance R for blood flowing in a blood vessel varies directly as the length L of the vessel and inversely as the fourth power of its radius r . Stated as an equation, R ( L , r ) = k L r 4 k a constant Find R (8, 1) and R (4, 0.2).
Solution Summary: The author calculates the resistance R for blood flowing in a blood vessel is 8 k if the length and radius of the vessel are 8 and 1, respectively.
Blood flow. Poiseuille’s law states that the resistance R for blood flowing in a blood vessel varies directly as the length L of the vessel and inversely as the fourth power of its radius r. Stated as an equation,
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