¿Por Qué NO Se Hunde un Portaaviones con 90 Aviones Encima?

One hundred thousand tons of steel, ninety aircraft, thousands of tons of fuel, and five thousand people... floating peacefully on the sea. But if you throw a simple steel bar into the water, it sinks instantly. How is this possible? In this video, we explore how an aircraft carrier stays afloat with ninety planes on board, without sinking under all that colossal weight. We explain, clearly and visually, Archimedes' principle and buoyancy, why a mountain of steel floats while a nail sinks, what buoyancy reserve is, why the ship is stable despite appearing heavy above, and how the compartmentalization into hundreds of watertight spaces allows it to continue floating even with holes in the hull. WHAT YOU WILL LEARN IN THIS VIDEO: Why a mountain of steel floats while a simple bar sinks Archimedes' principle and the concept of a ship's average density Why ninety airplanes barely affect a ship's buoyancy Why an aircraft carrier is stable despite appearing heavy above ground How compartmentalization keeps it afloat even with hull damage What compensating flooding is and why more water is sometimes allowed in USEFUL LINKS FOR FURTHER EXPLORATION: Why do ships float? Archimedes' Principle (National Geographic): https://www.nationalgeographic.com.es... Buoyancy, Average Density, and What Happens When the Hull Floods (Va de Barcos): https://vadebarcos.net/2018/10/23/por... Archimedes' Principle and Buoyancy Explained in Depth (OpenStax): https://openstax.org/books/f%C3%ADsic... At Nexo Curioso, we uncover the hidden ideas behind the things we see every day. Subscribe for more videos about science, technology, engineering, and real-world curiosities. #AircraftCarrier #NavalEngineering #Buoyancy #Archimedes #Physics #CuriousNexus