4. A sliding gate of height 1.4m and width 2.8 lies in vertical plane that weighs25KN. Determine the vertical force required to lit the gate when its upper edge is6m below the free water surface and coefficient of friction between the gate andguides is 0.15. Determine the center of pressure acting on the gate.Water6 mGate-F-

Name: 4. A sliding gate of height 1.4m and width 2.8 lies in vertical plane
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Description: 4. A sliding gate of height 1.4m and width 2.8 lies in vertical plane that weighs25KN. Determine the vertical force required to lit the gate when its upper edge is6m below the free water surface and coefficient of friction between the gate andguides

Given: Height of the gate→h=1.4 m Width of the gate→b=2.8 m And wieght of the plate→W=25 KN because…

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4. A sliding gate of height 14mand width 28lies in vertical plane that weighs 25AN. Determine the vertical force required to it the gate when its upper edge is Gm below the free water surface and coeficient of trietion between the gate and puides is 0.15. Determine the center of pressure acting on the gate Water Gate

4. A sliding gate of height 14mand width 28lies in vertical plane that weighs 25AN. Determine the vertical force required to it the gate when its upper edge is Gm below the free water surface and coeficient of trietion between the gate and puides is 0.15. Determine the center of pressure acting on the gate Water Gate

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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Question

4. A sliding gate of height 1.4m and width 2.8 lies in vertical plane that weighs
25KN. Determine the vertical force required to lit the gate when its upper edge is
6m below the free water surface and coefficient of friction between the gate and
guides is 0.15. Determine the center of pressure acting on the gate.
Water
6 m
Gate-
F-

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