1A square boat of area = 2 m2 floats on the water with 1 m of boat submerged in the water. Estimate the buoyant force on the boat and the pressure at the bottom of the boat. The density of water is 997 kg/m3. Fb = 30,000 N and P = 20,000 Pa Fb = 10,000 N and P = 20,000 Pa Fb = 100 N and P = 200 Pa Fb = 20,000 N and P = 10,000 Pa
1A square boat of area = 2 m2 floats on the water with 1 m of boat submerged in the water. Estimate the buoyant force on the boat and the pressure at the bottom of the boat. The density of water is 997 kg/m3. Fb = 30,000 N and P = 20,000 Pa Fb = 10,000 N and P = 20,000 Pa Fb = 100 N and P = 200 Pa Fb = 20,000 N and P = 10,000 Pa
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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1A square boat of area = 2 m2 floats on the water with 1 m of boat submerged in the water. Estimate the buoyant force on the boat and the pressure at the bottom of the boat. The density of water is 997 kg/m3.
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Fb = 30,000 N and P = 20,000 Pa
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Fb = 10,000 N and P = 20,000 Pa
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Fb = 100 N and P = 200 Pa
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Fb = 20,000 N and P = 10,000 Pa
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2Explain the basic functioning of a hydraulic lift. Be sure to include the terms pressure, density, and buoyant force in your explanation. Give one example of a hydraulic lift you have encountered.
3A common practice when parenting is to take a jar of baby food and place it into hot water to heat the food up. Describe this process in terms of heat transfer. Be sure to include the terms specific heat capacity, hot, cold, transfer, and thermal equilibrium.
professor can you answer these questions please?
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