P=F/A

F=PxA

Pressure = Force/Area

Force = PressurexArea

unit N/m² or 1Pa(pascal)

V=πr²h

r=√V/πh

V- Volume

r- radius

h-height

πpi- 3.14

 √- square root

Area of Circular Cylinder

A=2πrh

A- Area

πpi- 3.14

r- radius

h- height

Pressure at the bottom

P=hDw

h=P/Dw

Dw=P/h

P- Pressure

h-height

Dw- density of liquid

Force Total

Ft=AxhxDw

F-Force total

A-Area

h-height

Dw-Density of liquid

Total forse on the side

Fs=½AhDw

Forse total on the side

Fs-force total

½-half

A-Area

h-height

Dw-Density of liquid

Area

A=lw

Area of the Circle

A=πr²

A-Area

l-lenght

w-width

πpi-3.14

r-radius

²- Squared

Dw=gDm

Dm=Dw/g

Dw-Density of liquid

g gravity-9.81m/s²

Dm- Density of mass

Density of Water

9800 Nm-³

Pascal's Principle

P1=P2

F1/A1=F2/A2

F1=A1*F2/A2

F2=A2*F1/A1

A2=F2*A1/F1

A1=F1*A2/F2

F1-Force 1

A1-Area 1

F2- Force 2

A2- Area 2

Mechanical Advantage

MA=F2/F1

F2=MA*F1

F1=F2/MA

MA- Mechanical Advantage

F1-Applied Force

F2-Pressing Force