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5. Consider a metal alloy anchor which appears to be 400 N lighter when completely submerged in seawater than when in air. The specific gravity of the seawater is s.g.sw = 1.05 and the density of the metal alloy anchor is 9,200 kg/m³. a) Determine the volume of the anchor in cubic meters (m³). b) Determine the weight of the anchor in seawater in Newtons (N). c) Determine the weight of the anchor in air in Newtons (N).

5. Consider a metal alloy anchor which appears to be 400 N lighter when completely submerged in seawater than when in air. The specific gravity of the seawater is s.g.sw = 1.05 and the density of the metal alloy anchor is 9,200 kg/m³. a) Determine the volume of the anchor in cubic meters (m³). b) Determine the weight of the anchor in seawater in Newtons (N). c) Determine the weight of the anchor in air in Newtons (N).

Structural Analysis
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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5. Consider a metal alloy anchor which appears to be 400 N lighter when completely submerged in seawater than when in air. The specific gravity of the seawater is s.g.sw = 1.05 and the density of the metal alloy anchor is 9,200 kg/m³. a) Determine the volume of the anchor in cubic meters (m³). b) Determine the weight of the anchor in seawater in Newtons (N). c) Determine the weight of the anchor in air in Newtons (N).
Transcribed Image Text:5. Consider a metal alloy anchor which appears to be 400 N lighter when completely submerged in seawater than when in air. The specific gravity of the seawater is s.g.sw = 1.05 and the density of the metal alloy anchor is 9,200 kg/m³. a) Determine the volume of the anchor in cubic meters (m³). b) Determine the weight of the anchor in seawater in Newtons (N). c) Determine the weight of the anchor in air in Newtons (N).
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