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If the water displaced by the object in it weighs more than the object itself, the object will have positive buoyancy and float. If the displaced water weighs less than the object in it, the object becomes negatively buoyant and will sink. If the displaced water and the object weigh the same, neutral buoyancy will be achieved, and no change in depth will occur.

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Q: What is the law of buoyancy?

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Archimedes discovered the law of buoyancy.

You need to explore the following topics: 1) Pascal's Principle, 2) Buoyancy, and 3) Archimedes' Principle.In a nutshell, objects submerged in a fluid such as water will experience an upward force that is proportional to the size of the object. That upward force is called buoyancy. If an object's buoyancy is greater than its weight (which is a downward force), the object will float. If the buoyancy is not sufficiently large to overcome the weight, the objects sinks.

buoyancy occurs if and object is floating or staying one place under water but not sinking sinking means 0% Buoyancy

I think buoyancy is discussed in Archimedes principle. Try googling that!

Buoyancy occurs in fluids, which are gases and liquids. Hot air balloons are buoyant in air and ships are buoyant in water for examples. When the buoyancy of objects exceeds the weight of those objects, the objects rise. When the weight exceeds the buoyancy they sink. And when the buoyancy equals the weight of the objects they float.

Related questions

Archimedes discovered the law of buoyancy.

Archimedes, indeed it's law of buoyancy.

How can Buoyancy be changed?

High buoyancy=easy to float

yes, it is the same.

Archimedes is the father of Buoyancy

Yes, all fluids have buoyancy.

Buoyancy is a physical property.

Positive Buoyancy. When submarine submerges, it initially uses negative buoyancy to submerge, and then levels out to neutral buoyancy.

The higher the density, the lower the buoyancy and the lower the density, the higher the buoyancy

The phenomena of buoyancy was first discovered by Archimedes.

No. But density affects buoyancy.

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