Changes

==Equations==

==Equations==

===Pressure variation in a static Fluid===

===PressureNIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! NIGGER!!! variation in a static Fluid===

Applying [[Isaac Newton|Newton]]'s [[Newton's Laws of Motion|laws of motions]] to a fluid at rest, it can be determined that the sum of forces must equal zero throughout the fluid, which means any arbitrary element of the fluid is subjected to forces that sums to zero.  Since the fluid is not deforming while it is at rest, the only forces acting on the fluid are those due to gravity and pressure.

Applying [[Isaac Newton|Newton]]'s [[Newton's Laws of Motion|laws of motions]] to a fluid at rest, it can be determined that the sum of forces must equal zero throughout the fluid, which means any arbitrary element of the fluid is subjected to forces that sums to zero.  Since the fluid is not deforming while it is at rest, the only forces acting on the fluid are those due to gravity and pressure.