Two identical cubes (D and E) are at rest in different liquids with different densities. E D Is the magnitude of the buoyant force on cube D (BD) greater than, less than or equal to the magnitude of the buoyant force on cube E (Be)? Explain. Е. Is the density of the liquid in D's container greater than, less than or equal to the density of the liquid in E's container, or is it not possible to determine this? Explain your F. answer. G. Suppose Block E had a mass of 5.5x10² kg and a volume of 4.2x10$ m³. You estimate that it is floating with 1/4 of it above the liquid and 3/4 in the liquid. Determine the density of the liquid it is floating in. Show your work.

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Two identical cubes (D and E) are at rest in different liquids with
different densities.
E
D
Is the magnitude of the buoyant force on cube D (BD)
greater than, less than or equal to the magnitude of the
buoyant force on cube E (Be)? Explain.
Е.
Is the density of the liquid in D's container greater than, less than or equal to the
density of the liquid in E's container, or is it not possible to determine this? Explain your
F.
answer.
G.
Suppose Block E had a mass of 5.5x10² kg and a volume of 4.2x10-$ m³. You
estimate that it is floating with 1/4 of it above the liquid and 3/4 in the liquid. Determine the
density of the liquid it is floating in. Show your work.
Transcribed Image Text:Two identical cubes (D and E) are at rest in different liquids with different densities. E D Is the magnitude of the buoyant force on cube D (BD) greater than, less than or equal to the magnitude of the buoyant force on cube E (Be)? Explain. Е. Is the density of the liquid in D's container greater than, less than or equal to the density of the liquid in E's container, or is it not possible to determine this? Explain your F. answer. G. Suppose Block E had a mass of 5.5x10² kg and a volume of 4.2x10-$ m³. You estimate that it is floating with 1/4 of it above the liquid and 3/4 in the liquid. Determine the density of the liquid it is floating in. Show your work.
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