As a result, this increased flow speed at the constriction point creates a momentary low-pressure area, while the pressure in other parts of the pipe remains higher. This pressure difference causes the fluid to move from other areas of the pipe towards the constriction point.
In various applications, such as connecting fluid pipes, this principle is effectively utilized to draw liquids towards areas of lower pressure. Ultimately, the vacuum created by the fast-moving fluid results in the discharge of liquid through other pipes.