Continent |(density 2800 kg/m³) mg Mantle rock (density - 3300 kg/m) Problem 5: The figure above on the left shows an iron ball suspended by thread of negligible mass from an upright cylinder that floats partially submerged in water. The cylinder has a height of 0.06 m, a face area of 0.0012 m² on the top and bottom, a density of 300 kg/m³, and 0.04 m of its height is below the wa- ter surface. What is the volume of the iron ball? The density of iron is 7900 kg/m³. Answer: 3.8x10-6 m³.

Continent |(density 2800 kg/m³) mg Mantle rock (density - 3300 kg/m) Problem 5: The figure above on the left shows an iron ball suspended by thread of negligible mass from an upright cylinder that floats partially submerged in water. The cylinder has a height of 0.06 m, a face area of 0.0012 m² on the top and bottom, a density of 300 kg/m³, and 0.04 m of its height is below the wa- ter surface. What is the volume of the iron ball? The density of iron is 7900 kg/m³. Answer: 3.8x10-6 m³.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Continent
|(density 2800 kg/m)
mg
Mantle rock (density = 3300 kg/m)
Problem 5: The figure above on the left shows an iron ball suspended by thread of negligible mass from
an upright cylinder that floats partially submerged in water. The cylinder has a height of 0.06 m, a face
area of 0.0012 m² on the top and bottom, a density of 300 kg/m³, and 0.04 m of its height is below the wa-
ter surface. What is the volume of the iron ball? The density of iron is 7900 kg/m³. Answer: 3.8x10-6 m³.

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