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YouTubeBeyond Facts
Why Monster Waves Can’t Sink Large Ships During Storms
How does a 100,000-ton ship survive 30-foot waves that look like they should snap it in half? The answer involves ingenious hull design and engineering principles refined over centuries of heavy weather sailing. In this video, we break down the science of ship stability and buoyancy: why steel vessels float despite being eight times denser than ...
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Carrying a buoyant object underwater increases my overall positive buoyancy, making it much harder to descend or stay down. The trapped air inside the object creates upward force, which I have to constantly fight against while swimming. As pressure increases with depth, you can see the object visibly compress as the air inside it shrinks. This same principle applies to the air in our lungs, which also compress under pressure. That compression changes buoyancy and is one of the key factors freedi
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Carrying a buoyant object underwater increases my overall positive buoyancy, making it much harder to descend or stay down. The trapped air inside the object creates upward force, which I have to constantly fight against while swimming. As pressure increases with depth, you can see the object visibly compress as the air inside it shrinks. This same principle applies to the air in our lungs, which also compress under pressure. That compression changes buoyancy and is one of the key factors freedi
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