A 3m long wall, which has a curved surface is used to restrict seawater (density of1025 kg/m³). The top edge of the wall is 2m below the seawater surface as shown inFigure 1. The curved wall is a quarter of a circle, with a radius of 500 mm.500 mmWall2mSeawater LevelFigure 1: Curved wall immersed in the sea.a. Sketch the pressure intensity diagram for the wall.b. Explain with the aid of a sketch how the forces are exerted on the wall.c. Determine the magnitude and direction (angle relative to the seawatersurface) of the resultant force. Show all your calculations.

Name: A 3m long wall, which has a curved surface is used to restrict seawat
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Description: A 3m long wall, which has a curved surface is used to restrict seawater (density of1025 kg/m³). The top edge of the wall is 2m below the seawater surface as shown inFigure 1. The curved wall is a quarter of a circle, with a radius of 500 mm.500 mmWa

Find the force acting on the surface

Engineering

Mechanical Engineering

A 3m long wall, which has a curved surface is used to restrict seawater (density of 1025 kg/m³). The top edge of the wall is 2m below the seawater surface as shown in Figure 1. The curved wall is a quarter of a circle, with a radius of 500 mm. 500 mm Wall Seawater Level 2m Figure 1: Curved wall immersed in the sea. a. Sketch the pressure intensity diagram for the wall. b. Explain with the aid of a sketch how the forces are exerted on the wall. c. Determine the magnitude and direction (angle relative to the seawater

A 3m long wall, which has a curved surface is used to restrict seawater (density of 1025 kg/m³). The top edge of the wall is 2m below the seawater surface as shown in Figure 1. The curved wall is a quarter of a circle, with a radius of 500 mm. 500 mm Wall Seawater Level 2m Figure 1: Curved wall immersed in the sea. a. Sketch the pressure intensity diagram for the wall. b. Explain with the aid of a sketch how the forces are exerted on the wall. c. Determine the magnitude and direction (angle relative to the seawater

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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