Jean Louis Marie Poiseuille

states the volume in a tube is directly proportional to pressure difference between both ends of the tube and inversely related to the length. Poiseuille’s law was discovered by Jean Louis Marie Poiseuille in 1840 (Poiseuille’s). Jean Louis used his experiments to find the smooth, laminar flow in circular tubing (Jean-Louis). His findings can be described as the flow of blood through the body and bronchial smooth muscle. When the resistance of a fluid increases, the flow will decrease. One example

example of a Newtonian fluid because, no matter how fast it is stirred or mixed, it still exemplifies properties of a fluid. When stirring or mixing a non-Newtonian fluid a “hole” is left behind. It may also become thinner and more viscous. Jean Louis Marie Poiseuille was interested in the flow of human blood and formulated Poiseuille’s Law. He made a series of tubes to test uniform viscous liquids in. These successfully modeled the blood flow in capillaries and veins, flow through a drinking straw, air