kg/(m · s)(a) Is blood a nonnewtonian fluid? (b) If so, what type offluid is it? (c) How do these viscosities compare withplain water at 37°C?alovP1.53 A thin plate is separated from two fixed plates by veryboalviscous liquids u, and u2, respectively, as in Fig. P1.53.The plate spacings h and h2 are unequal, as shown. Theabn contact area is A between the center plate and each fluid.(a) Assuming a linear velocity distribution in each fluid,derive the force F required to pull the plate at velocity V.(b) Is there a necessary relation between the two viscosi-ties, u, and p2?F1.66A h2TalleP1.53

Answered: Image /qna-images/answer/1cb9f830-aa7f-48f2-ae78-60ee0ec522c4.jpg

plain water at 37°C? P1.53 A thin plate is separated from two fixed plates by very So viscous liquids u, and H2, respectively, as in Fig. P1.53. The plate spacings hi and h2 are unequal, as shown. The abr contact area is A between the center plate and each fluid. (a) Assuming a linear velocity distribution in each fluid, derive the force F required to pull the plate at velocity V. (b) Is there a necessary relation between the two viscosi- ties, u, and p2? h2 P1.53

plain water at 37°C? P1.53 A thin plate is separated from two fixed plates by very So viscous liquids u, and H2, respectively, as in Fig. P1.53. The plate spacings hi and h2 are unequal, as shown. The abr contact area is A between the center plate and each fluid. (a) Assuming a linear velocity distribution in each fluid, derive the force F required to pull the plate at velocity V. (b) Is there a necessary relation between the two viscosi- ties, u, and p2? h2 P1.53

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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