A balloon filled with air and is ~0.10 m in height is attached with a weight. It is then (A) placed on top of a still freshwater, (B) pushed 1.0 m beneath the surface, and (C) pushed 2.0 m beneath the surface. Assuming the weighted balloon doesn't pop, rank the buoyant force it experiences. my C> B>A A = B = C A>B>C (B = C) > A
A balloon filled with air and is ~0.10 m in height is attached with a weight. It is then (A) placed on top of a still freshwater, (B) pushed 1.0 m beneath the surface, and (C) pushed 2.0 m beneath the surface. Assuming the weighted balloon doesn't pop, rank the buoyant force it experiences. my C> B>A A = B = C A>B>C (B = C) > A
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![A balloon filled with air and is ~0.10 m in height is attached with a weight.
It is then (A) placed on top of a still freshwater, (B) pushed 1.0 m beneath
the surface, and (C) pushed 2.0 m beneath the surface. Assuming the
weighted balloon doesn't pop, rank the buoyant force it experiences.
my
C> B>A
A = B = C
A>B>C
(B = C) > A](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc23dd9c5-bb87-4260-82da-0ad03a5c15ff%2F2a7181e8-150d-43b8-b47d-c92410798a69%2Fgctjc7n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A balloon filled with air and is ~0.10 m in height is attached with a weight.
It is then (A) placed on top of a still freshwater, (B) pushed 1.0 m beneath
the surface, and (C) pushed 2.0 m beneath the surface. Assuming the
weighted balloon doesn't pop, rank the buoyant force it experiences.
my
C> B>A
A = B = C
A>B>C
(B = C) > A
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