Calculate the average time it takes a glucose molecule, having a diffusion coefficient of 67 x 10-10 m2s, to move 1 cm in wates Assume one dimensional ditusion CA14h Ob 12h Cc 21h O d 36h Suppose that...

B4Calculate the average time it takes a glucose molecule, having a diffusion coefficient of 67 x 10-10 m2s, to move 1 cm in wates Assume one dimensional<br>ditusion<br>CA14h<br>Ob 12h<br>Cc 21h<br>O d 36h<br>Suppose that there is a partial blackage of the aorta which normaly pumps about 5 Lof blood per minute. If the diameter of the aorta is reduced by 30% find<br>the average flow rate through the diseaced aorta. Given the viscosity of blood 35x10-3 Pas.<br>DA 24 Litersimin<br>DE 04 titers/min<br>Dc None of them<br>d 12 Lters/min<br>E 02 Liten/min<br>

Extracted text: Calculate the average time it takes a glucose molecule, having a diffusion coefficient of 67 x 10-10 m2s, to move 1 cm in wates Assume one dimensional ditusion CA14h Ob 12h Cc 21h O d 36h Suppose that there is a partial blackage of the aorta which normaly pumps about 5 Lof blood per minute. If the diameter of the aorta is reduced by 30% find the average flow rate through the diseaced aorta. Given the viscosity of blood 35x10-3 Pas. DA 24 Litersimin DE 04 titers/min Dc None of them d 12 Lters/min E 02 Liten/min

Jun 11, 2022
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