laminar flow (e.g. magical water fountains)

turbulent flow (e.g. water rapids)

nonviscous

incompressable

a fluid flows

a fluid has a definite shape

molecules of a fluid are free to move past each other

a fluid changes its shape easily

a liquid has both definite shape and definite volume, whereas a gas has neither

a liquid has a definite volume, unlike a gas

a liquid has a definite volume like a  gas

da liquid has a definite shape whereas a gas has a definite volume

the object's density is greater than the density of the fluid on which it floats

the object's density is equal to the density of the fluid on which it floats

The volume of displaced fluid is greater than the volume of the object

The buoyant force equals the object's weight of the displaced fluid

the volume of the displaced fluid equals the volume of the object

the density of the fluid equals the density of the object

the density of the fluid is greater than the density of the object

the density of the fluid is less than the density of the object

pressure in a fluid is greatest at the walls of the container holding the fluid

pressure in a fluid is greatest at the centre of the fluid

pressure in a fluid is the same throughout the fluid

pressure in a fluid is greatest at the top of the fluid

N/m²

kg/m²

atm

Pa

the net force on the object is smaller than the weight of the object

the net force on the object is larger than the weight of the object

the net force on the object is equal to the weight of the object

the object appears to weigh more than it does in air.

Pascal's principle

Bernoulli's principle

Archimedes' principle

Newton's Law

Pascal's principle

Bernoulli's principle

Archimedes' principle

Newton's Law