An artery of inner radius 0.150 cm branches (in accordance with Murray's Law) into three smaller arteries each having the same diameter. If blood with a viscosity of 3.50 x 10-3 Pa.s flows through these vessels, calculate: the radii of the three smaller vessels the resistance to flow per cm of the larger vessel the resistance to flow per cm of each of the smaller vessels
An artery of inner radius 0.150 cm branches (in accordance with Murray's Law) into three smaller arteries each having the same diameter. If blood with a viscosity of 3.50 x 10-3 Pa.s flows through these vessels, calculate: the radii of the three smaller vessels the resistance to flow per cm of the larger vessel the resistance to flow per cm of each of the smaller vessels
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An artery of inner radius 0.150 cm branches (in accordance with Murray's Law) into three smaller arteries each having the same diameter. If blood with a viscosity of 3.50 x 10-3 Pa.s flows through these vessels, calculate:
the radii of the three smaller vessels
the resistance to flow per cm of the larger vessel
the resistance to flow per cm of each of the smaller vessels
the equivalent resistance to flow per cm of length of the three smaller vessels if they are connected in parallel
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