A sheet of iron and steel sinks because it displaces a small volume of water, resulting in insufficient buoyant force to support its weight.
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A ship doesn’t sink because its shape allows it to displace a large volume of water, creating enough buoyant force to support its weight.
The bucket feels heavier out of the water because it is no longer supported by the buoyant force, and you feel its full weight.
You feel lighter because of the buoyant force exerted by the water, which partially supports your weight.
Pressure exerted in any confined mass of fluid is transmitted undiminished in all directions.
Fluids exert pressure on the base and walls of the container in which they are enclosed due to their weight.
A solid exerts pressure on a surface due to its weight.
All liquids and gases are classified as fluids.
The concepts of net force in a particular direction (thrust) and force per unit area (pressure) help explain these phenomena, as they relate to how force is distributed over an area.
The effects of forces of the same magnitude are different on different areas because the pressure exerted by the force depends on the area over which it acts. Pressure is defined as thrust (force) per unit area. A larger area ...