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A solid object whose specific gravity is 3.47 floats above the surface of mercury in a container. 1. What fraction of volume is above the surface of mercury? a. 0.235 V b. 0.451 V c. 0.745 V d. 0.952 V 2. If the volume of the object below the liquid surface is 0.018 m3, what is the weight of the object? a. 2.40 kN b. 2.98 kN c. 1.36 kN d. 3.50 kN 3. What load applied vertically that would cause the object to be fully submerged?  a. 6.96 kN b. 3.23 kN c. 9.25 kN d. 5.25 kN

A solid object whose specific gravity is 3.47 floats above the surface of mercury in a container. 1. What fraction of volume is above the surface of mercury? a. 0.235 V b. 0.451 V c. 0.745 V d. 0.952 V 2. If the volume of the object below the liquid surface is 0.018 m3, what is the weight of the object? a. 2.40 kN b. 2.98 kN c. 1.36 kN d. 3.50 kN 3. What load applied vertically that would cause the object to be fully submerged?  a. 6.96 kN b. 3.23 kN c. 9.25 kN d. 5.25 kN

Elements Of Electromagnetics
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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A solid object whose specific gravity is 3.47 floats above the surface of mercury in a container.
1. What fraction of volume is above the surface of mercury?
a. 0.235 V
b. 0.451 V
c. 0.745 V
d. 0.952 V
2. If the volume of the object below the liquid surface is 0.018 m3, what is the weight of the object?
a. 2.40 kN
b. 2.98 kN
c. 1.36 kN
d. 3.50 kN
3. What load applied vertically that would cause the object to be fully submerged? 
a. 6.96 kN
b. 3.23 kN
c. 9.25 kN
d. 5.25 kN

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