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It’s all thanks to Archimedes’ Principle: when a ship displaces a volume of water that weighs more than the ship itself (including cargo), it floats. Even though steel is denser than water, the overall density of a ship—including its hollow compartments—is low enough to stay afloat.
That’s why shipbuilders design hulls with wide bases and internal air-filled sections. These structures maximize buoyancy while balancing immense weight. It’s physics that keeps megaships like cruise liners and aircraft carriers gliding effortlessly on water.
,Buoyancy ,EngineeringFacts ,ArchimedesPrinciple ,WhyShipsFloat ,PhysicsInRealLife
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