$$V_{Cube}\ =\ 2\cdot A_{Base}\ \cdot\ h$$

$$V_{Cube}\ =\ c^3$$

$$V_{Cube}\ =\ 6\cdot c^2$$

$$V_{tot}=V_{prisme}\ +\ V_{pyramide}$$

$$V_{tot}=V_{lat\ pyr}\ +V_{prisme}\ -\ A_{base}$$

$$V_{tot}=V_{pyr}\ +\ V_{prisme}\ -\ A_{base}$$

$$V_{tot}=\ V_{cyl}\ +\ V_{pyr}$$

$$V_{tot}=V_{prisme}\ +\ V_{cyl}\ +\ V_{pyr}\ -\ 2\cdot A_{base}$$

$$V_{tot}=V_{prisme}\ +\ V_{cyl}\ +\ V_{pyr}$$

$$V_{tot}=V_{cube}\ -\ V_{cylindre}\ -2\cdot\ A_{B\ cyl}$$

$$V_{tot}=V_{Cube}\ -V_{cyl}\ +\ A_{lat\ cyl}$$

$$V_{tot}=V_{cube}\ -\ V_{cylindre}$$

546cm³

273cm³

240cm³

120cm³

$$18\pi\ mm^3$$

$$54\pi\ mm^3$$

$$56,5\pi\ mm^3$$

$$78\pi\ mm^3$$

$$9\pi\ mm^3$$

≈ 4,81 mm

≈ 1,46 mm

≈ 1,77 mm

≈ 10,55 mm

81,2 ml

8,12 ml

0,812 ml

8 120 ml

3 ml

30 ml

0,3ml

0,03 ml

300 ml

34 ml

340 ml

3 400 ml

34 000 ml

340 000ml

0,4 mm³

40 mm³

400 mm³

4000 mm³

4 000 000 mm³