Problem 14- A certain solid metal object weighs 60lb when measured in the normal manner in air, but it has such an irregular shape that it is difficult to calculate its volume by geometry. Use the principle of buoyancy to calculate its volume. a.) 0.216 ft^3 b.) 1.216 ft^3 c.) 2.216 ft^3
Problem 14- A certain solid metal object weighs 60lb when measured in the normal manner in air, but it has such an irregular shape that it is difficult to calculate its volume by geometry. Use the principle of buoyancy to calculate its volume. a.) 0.216 ft^3 b.) 1.216 ft^3 c.) 2.216 ft^3
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Problem 14- A certain solid metal object weighs 60lb when measured in the normal manner in air, but it has such an irregular shape that it is difficult to calculate its volume by geometry. Use the principle of buoyancy to calculate its volume.
a.) 0.216 ft^3
b.) 1.216 ft^3
c.) 2.216 ft^3
d.) 3.216 ft^3
e.) 4.216 ft^3
f.) 5.216 ft^3
![Balance beam
Toul weight= 46.5 lh
Water](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0709bd22-fe02-4089-8d0e-79412a59ff67%2Fd8b5300d-669a-4bb3-8f3e-f72ae5d48ae1%2Fcyoqqa_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Balance beam
Toul weight= 46.5 lh
Water
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