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@thuyhangoiii88: áo phông mặc hè chân ái luôn mà #thuyhangoiii #thuyhanglvu #aophong #ao #aophongnamnu

Thúy Hằng ơiii
Thúy Hằng ơiii
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Thursday 02 April 2026 09:13:43 GMT
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How does a 100,000-ton metal ship float effortlessly while a tiny iron nail drops instantly to the bottom? The secret to this ocean mystery isn't about the weight of the vessel, but its unique shape. It all comes down to a mind-bending physics concept called buoyant force, which keeps giant cruise ships safely above the waves. 🚢 Massive ships are actually mostly hollow on the inside, allowing them to displace a huge volume of water. 🌊 The displaced water creates a powerful upward push that perfectly balances the incredibly heavy metal. ⚖️ A tiny nail cannot displace enough water to match its weight, which is why it falls straight down! Did you know this is how giant ships stay afloat? Let us know below! 👇 #sciencefacts #physics #weirdscience #howshipsfloat #buoyancy
How does a 100,000-ton metal ship float effortlessly while a tiny iron nail drops instantly to the bottom? The secret to this ocean mystery isn't about the weight of the vessel, but its unique shape. It all comes down to a mind-bending physics concept called buoyant force, which keeps giant cruise ships safely above the waves. 🚢 Massive ships are actually mostly hollow on the inside, allowing them to displace a huge volume of water. 🌊 The displaced water creates a powerful upward push that perfectly balances the incredibly heavy metal. ⚖️ A tiny nail cannot displace enough water to match its weight, which is why it falls straight down! Did you know this is how giant ships stay afloat? Let us know below! 👇 #sciencefacts #physics #weirdscience #howshipsfloat #buoyancy

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