2.8.3. A solid brass sphere of 30-cm diameter is used to hold a cylindrical buoy in place (Figure P2.8.3)in seawater (sp. gr. =1.03). The buoy (sp. gr. =0.45) has a height of 2 m and is tied to thesphere at one end. What rise in tide, h, will be required to lift the sphere off the bottom?50 сmh30 сmsp. gr. = 13.5Figure P2.8.3

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Description: 2.8.3. A solid brass sphere of 30-cm diameter is used to hold a cylindrical buoy in place (Figure P2.8.3)in seawater (sp. gr. =1.03). The buoy (sp. gr. =0.45) has a height of 2 m and is tied to thesphere at one end. What rise in tide, h, will be req

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Answered: sphere at one end. What rise in tide,…

Engineering

Mechanical Engineering

sphere at one end. What rise in tide, h, will be required to lift the sphere off the bottom?

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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1. A solid brass sphere of 30-cm diameter is used to hold a cylindrical buoy in place (shown in the figure) in seawater (sp. gr. = 1.03). the buoy (sp. gr. = 0.45) has a height of 2 m and is tied to the sphere at one end. What rise in tide, h, will be required to lift the sphere off the bottom? 50cm h 30cm sp. gr. = 13.5
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