A thin plate is pulled at a speed V through a small gap of hicht h as shown in figure below.The space on both sides of the plate contains different types of fluids.Fixed wallOil ulPlateV (m/s)Oil p2Fixed wallProve that the postion of the plate y takes the form:4,hi. y=(H +H)When the shear forces are equal on the both sides of the palte.ii. y =When the drage force is minimum.

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A thin plate is pulled at a speed V through a small gap of hieht h as shown in figure below. The space on both sides of the plate contains different types of fluids. Fixed wall Oil pl Plate V (m/s) Oil p2 HHHH Fixed wall Prove that the postion of the plate y takes the form: 4,h i. y- (H +4) When the shear forces are equal on the both sides of the palte. hui ii. y = Qui+n2) When the drage force is minimum.

A thin plate is pulled at a speed V through a small gap of hieht h as shown in figure below. The space on both sides of the plate contains different types of fluids. Fixed wall Oil pl Plate V (m/s) Oil p2 HHHH Fixed wall Prove that the postion of the plate y takes the form: 4,h i. y- (H +4) When the shear forces are equal on the both sides of the palte. hui ii. y = Qui+n2) When the drage force is minimum.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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A thin plate is pulled at a speed V through a small gap of hieht h as shown in figure below. The space on both sides of the plate contains different types of fluids. Fixed wall Oil ul Plate h V (m/s) Oil p2 Fixed wall Prove that the postion of the plate y takes the form: H,h (H + H2) i. y = When the shear forces are equal on the both sides of the palte. ii. y = Jui+/u2) When the drage force is minimum.
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