27 cm$$^3$$ - 

A 3 cm by 3 cm by 3 cm cube.

8 cm$$^3$$ - 

A 2 cm by 2 cm by 2 cm cube.

1 000 cm$$^3$$ - 

A 10 cm by 10 cm by 10 cm cube.

6 cm$$^3$$ - 

A 1 cm by 2 cm by 3 cm cuboid.

9 cm$$^3$$ - 

A 2 cm by 4.5 cm by 1 cm cuboid.

Cube with length 4 cm - 

Volume of cube = 64 cm$$^3$$

Cube with length 3 cm - 

Volume of cube = 27 cm$$^3$$

Cube with length 5 cm - 

Volume of cube = 125 cm$$^3$$

Cube with length 1 mm - 

Volume of cube = 1 mm$$^3$$

Cube with length 4 mm - 

Volume of cube = 64 mm$$^3$$

2 cm$$^2$$ - 

200 mm$$^2$$

2 m$$^2$$ - 

20 000 cm$$^2$$

2 km$$^2$$ - 

2 000 000 m$$^2$$

2 000 000 mm$$^2$$ - 

2 m$$^2$$

6 cm$$^3$$ - 

6 000 mm$$^3$$

6 000 000 cm$$^3$$ - 

6 m$$^3$$

6 km$$^3$$ - 

6 000 000 000 m$$^3$$

60 cm$$^3$$ - 

60 000 mm$$^3$$

6 m$$^3$$ - 

6 000 000 000 mm$$^3$$

This doubles the density. - 

Mass = $$M$$ kg and the Volume = $$\frac{1}{2} V$$ m$$^3$$

This halves the density. - 

Mass = $$M$$ kg and the Volume = $$2 V$$ m$$^3$$

This quadruples the pressure. - 

Force = $$4 N$$ newtons is applied to an an Area = $$A$$ m$$^2$$

This quarters the pressure. - 

Force = $$N$$ newtons is applied to an an Area = $$4A$$ m$$^3$$