This has been answered in a recent question.
The upward force equals the weight of the liquid that could have occupied the volume of the object below the surface.
If it were not so, then imagine what would happen if you could instantaneously remove the object and refill the space left with liquid ... that liquid would either sink or be ejected.
For a ship this upward force balances the total weight of the ship. The ship sinks deeper into the water until the volume below the surface represents an amount of water with the same weight as the ship.
So a ship floats deeper in water than it would in Mercury, because much less mercury needs to be displaced to match the ship's weight.
Buoyant force depends on the volume of the liquid expelled and the density of the liquid.
Buoyancy depends on volume and mass (not weight) in other words it depends on density
-- the volume of the object that displaces some of the fluid
-- the density of the fluid
density of the buoyant fluid.
That would depend on the buoyancy of the feathers.
yes, it is the same.
We are merely testing the buoyancy of several types of ping pong balls.
Buoyancy is what keeps a boat floating on the top of the water. Buoyancy is what makes a helium balloon float in the air.
Zero percent buoyancy is actually just sinking. Something that sunk is having zero percent buoyancy
volume and weight
That would depend on the buoyancy of the feathers.
Buoyancy
It is the ability for an object to float. Buoyancy determines if the object is able to float in the water or not.Buoyancy can not only happen in water, other fluids are not prohibited. Buoyancy can depend on the fluid's density.If something is not or barely able to float, it is less buoyant.If something can float with little or no effort, it is more buoyant.
It is the ability for an object to float. Buoyancy determines if the object is able to float in the water or not.Buoyancy can not only happen in water, other fluids are not prohibited. Buoyancy can depend on the fluid's density.If something is not or barely able to float, it is less buoyant.If something can float with little or no effort, it is more buoyant.
Positive Buoyancy. When submarine submerges, it initially uses negative buoyancy to submerge, and then levels out to neutral buoyancy.
High buoyancy=easy to float
Yes, all fluids have buoyancy.
yes, it is the same.
We are merely testing the buoyancy of several types of ping pong balls.
The phenomena of buoyancy was first discovered by Archimedes.
buoyancy can be demonstrated if you float something because buoyancy is when something floats for example a boat floating in water