Mark $0$ if each statement is true or x if it is false

$(1)[]$ To kick a soccer ball and send it to the right, the right side of the ball

You can add the rotation of the ball by kicking it

$(2)$

$]$ Magnus effect does not occur if the ball is not rare

I$\text{'}$m going to

$(3)$

Sprinkle pepper powder on water with detergent and finger on the surface of the water

If you wet it with a little bit, the pepper powder moves to the side of the bowl

However, this does not happen without the viscosity of a weak fluid

$(4)[]$ Non$-$slip condition has nothing to do with fluid viscosity

$(5)[]$ Gyllangbochon's law $($mass conservation$)$ and continuous equations

$($continuity equation$)$ expresses the same meaning

$6)1$

Fluid particles are unconditionally larger than fluid molecules

$[$t$]$ When the ship is tilted to the side without drooling, the center of gravity

$($center of gravity$)$ and center of booyancy are all changed words

I don't have one.

$(8)$

If you don't know the size of the surface area of the body, you can see the force of pressure

The size is unknown

$9)[]$ Free fall from the hole in the bottom of the water storage tank by h

The speed of a water is equal to the speed of a ball falling by h from a point

$(10)[]$ Put the gun clip and straw in the water bottle shown in the class

In the Cartesian diver experiment, the pressure to press the fire bottle through the fluid

It's delivered to the air in the straw!

$(11)[$

$]$When you say, "The maximum blood pressure is $120,"$ the blood pressure is water

It is equivalent to the magnitude of $1\mathrm{.}6$m hydrostatic pressure

$(12)$

IP is the pressure. r is the rate of change in pressure if it is the x$-$direction coordinate,

x

o $6$r means the amount of change in arm strength

x

$(13)[\_]$ The table tennis ball's floating room using a dryer in class

'Leviving Ping Bal' observes the magnus effect

This is the purpose.

$(14)[]$ The larger the ball, the more the soccer ball is forced to endure in the water with both hands

receive a great boost.

$(15)[\_]$ The 'Steady phenomenon' is a phenomenon without acceleration.

$(16)[]$ In an Inexpressible fluid, the density of the fluid will change

It means it could be$.$

$(17)[\_]$ Mercury has a high specific gravity and a large surface tension. Water on the barometer

It is used instead.

$(18)[-]$ A ball floating on water with only one$-$third of its volume submerged. The center of gravity and

The position of the core is different, and it has neutral stability.

$(19)[]$ To use the Pitot tube, use dynamic press and

Static pressure Only two types of pressure difference are required and absolute pressure values

You don't have to know.

$(20)[]$ Add some weight to the balanced floating body floating in the integer

If so$,$ the positions of center of booyancy and center of gravity change unconditionally. $->$ Please judge whether it is OX in the question and explain why