Buoyant force is greatest on a submerged2/15/2023 ![]() ![]() So we can say at number two has a larger buoyant force. The other one that's floating on the top hardly displaces any fluid at all. And so to answer that you simply look at the Archimedes principle and you say which one is displacing more fluid? And it is obvious that the guy down there at the bottom has pushed away, it's for volume, full volume of water. And the the question is Which object? one or 2 has a larger buoyant force on it. So I'll try to draw that they're kind of cubic shapes and they have same volume, but one of them floats on top of the water, and the other one has sunk all the way to the floor. So for a couple of examples, let's pose that you have to objects in water. ![]() They can be easily pushed aside and they exert a pressure upon that object. Um which is what happens with liquids and gases. ![]() What we mean by that is the object is occupying some space that the fluid would ordinarily occupy. And that principle says that the buoyant force on an object is equal to the weight of displaced fluid. But what governs the buoyant force is the our committee's principal. ![]() The buoyant force is a force that behaves on objects that are submerged in a fluid, which could be either liquid or a gas. ![]()
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