05: The gate shown in Figure is Im wide and hinged at the bottom. It is fully submerged when the waterdepth 2m. Determine the minimum volume of concrete (y 23.6 kN/m') needed to keep the gate in aclosed position.!!StopSubmergedconcreteblockWaterHinge

Name: 05: The gate shown in Figure is Im wide and hinged at the bottom. It
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Description: 05: The gate shown in Figure is Im wide and hinged at the bottom. It is fully submerged when the waterdepth 2m. Determine the minimum volume of concrete (y 23.6 kN/m') needed to keep the gate in aclosed position.!!StopSubmergedconcreteblockWaterHing

Given γ=23.6 KN/m3 Width=1 mLength=2mPressure=1 x9810=9810 N/m2

Engineering

Mechanical Engineering

The gate shown in Figure is Im wide and hinged at the bottom. It is fully submerged when the water - 2m. Determine the minimum volume of concrete (y 23.6 kN/m') needed to keep the gate in a ed position. Stop Submerged concrete block Water Hinge

The gate shown in Figure is Im wide and hinged at the bottom. It is fully submerged when the water - 2m. Determine the minimum volume of concrete (y 23.6 kN/m') needed to keep the gate in a ed position. Stop Submerged concrete block Water Hinge

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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