please decide the following statement is true or false $($ T for true, F for false$)$

The assumption of a continuous medium implies that the physical quantity of a fluid is a

continuous function

The relative pressure can be greater than, equal to$.$ or less than zero.

The equipressure surface in a relatively stationary liquid can be an inclined plane or a

curved surface.

The smaller the tube diameter, the higher water level in a capillary tube.

The horizontal component of the total static water pressure on a curved surface is equal to

the total static water pressure acting on the vertical projection surface of the curved surface.

The magnitude of pressure at a point in a stationary fluid is not only depend on its

submergence depth, but also its orientation to the compression surface.

The buoyant force has a magnitude equal to the weight of the fluid displaced by the body

and is directed vertically upward.

There is no shear stress if the flow is static $.$

The distributional rule of static pressure during the container does rotational motion at a

constant angular speed follows the rules of a static fluidl