The Inverse / Direct Variation Function
Review is soooooo boring... GAH
Poiseuille's Law states that the speed S at which blood flows through arteries and veins directly varies with the blood pressure P and the fourth power of the radius r of the blood vessel. Suppose that blood flows at a rate of .09604 cm^3/sec through an artery of radius .065 cm when blood pressure is 100 mmHg. What would be the blood pressure if plaque reduced the artery to .05 cm radius, and the speed stayed the same?
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I need Bunda's emote...
-Torhuki
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