How close the particles are together.

The amount of matter in a substance.

How easily a fluid flows.

How dense a fluid is.

olive oil 0.92 g/cm³

gasoline 0.69 g/cm³

skim milk 1.04 g/cm³

ethanol (fuel) 0.789 g/cm³

398 N

955 N

69.2 N

166 N

30 N

2 N

7 N

9 N

the weight of the fluid displaced

the volume of the fluid displaced

The weight of the object

Lift

 $4\pi r^2$  

 $\frac{4}{3}\pi r^3$  

 $\frac{3}{4}\pi r^2$  

 $\pi r^2$  

Weight = upthrust + viscous drag

Weight + upthrust = viscous drag

Weight + viscous drag = upthrust

Weight = upthurst

elastic deformation under tensile stress

plastic deformation under tensile stress

elastic deformation under compressive stress

plastic deformation under compressive stress

elastic deformation under tensile stress

plastic deformation under tensile stress

elastic deformation under compressive stress

plastic deformation under compressive stress

Energy required to break or fracture a material

Energy required to cause plastic deformation

Energy required to cause elastic deformation

Area above a stress strain graph

Stress x strain

Strain / stress

Stress / strain

Strain x stress

Have a steeper gradient

Have a smaller gradient

Have a non-linear gradient

Deform easily

Work done

Work done per unit volume

Volume

Force

Stays the same

Decreases

Reaches terminal velocity

Increases