the base

area of the base

the height of the base

the height of the prism

$V=\left(\pi\cdot r^3\right)\cdot H$

$V=\left(\pi\cdot r^2\right)\cdot H$

$V=\frac{\left(\pi\cdot r^2\right)\cdot H}{3}$

$V=\left(b\cdot h\right)H$

$V=\frac{\left(b\cdot h\right)}{2}\cdot H$

$V=\frac{\left(b\cdot h\right)H}{3}$

$V=\frac{\frac{\left(b\cdot h\right)}{2}\cdot H}{3}$

$V=\left(\pi\cdot r^3\right)\cdot H$

$V=\left(\pi\cdot2r^{ }\right)\cdot H$

$V=\frac{\left(\pi\cdot r^2\right)\cdot H}{3}$

$V=\left(\pi\cdot r^2\right)\cdot H$

$V=\left(\frac{14\cdot8}{2}\right)\cdot17$

$V=\frac{\left(14\cdot8\right)\cdot17}{2}$

$V=\frac{\left(14\cdot8\right)\cdot17}{3}$

$V=\frac{\left(\frac{14\cdot8}{2}\right)\cdot17}{3}$

$V=\frac{\frac{\left(b\cdot h\right)}{2}\cdot H}{3}$

$V=\frac{\frac{\left(P\cdot a\right)}{2}\cdot H}{3}$

$V=\frac{\left(P\cdot a\right)}{2}\cdot H$

$V=\frac{\left(P\cdot a\right)\cdot H}{3}$

$V=\frac{\frac{\left(40\cdot5.5\right)}{2}\cdot8}{3}$

$V=\frac{\left(40\cdot8\right)}{2}\cdot5.5$

$V=\frac{\left(40\cdot5.5\right)}{2}\cdot8$

$V=\frac{\left(8\cdot5.5\right)}{2}\cdot8$

divide by 2

multiply by height

divide by 3

multiply by 2

Rectangle; 40in²

Triangle; 12 in²

Rectangle; 32 in²

Triangle; 6 in²

$V=\frac{\left(b\cdot h\right)}{2}\cdot H$

$V=\frac{\left(B\cdot b\right)}{2}\cdot H$

$V=\frac{\left(B+b\right)}{2}\cdot H$

$V=\left(\frac{\left(B+b\right)\cdot h}{2}\right)\cdot H$

Triangle; 60 ft²

Triangle; 30 ft²

Triangle; 48 ft²

Triangle; 24 ft²

$V=\frac{\left(7\cdot8\right)}{2}\cdot10$

$V=\frac{\left(9\cdot6\right)}{2}\cdot10$

$V=\frac{\left(7\cdot8\right)\cdot10}{3}$

$V=\frac{\left(\frac{\left(9\cdot6\right)}{2}\cdot10\right)}{3}$

Pirámide hexagonal

Prisma hexagonal

Prisma octogonal

Cubo hexagonal

Cono

Pirámide pentagonal

Pirámide triangular

Pirámide hexagonal

Cuadrados

Triángulos

Rectangulos

Pirámide triangular

Pirámide cuadrángular

Pirámide hexagonal

$V=\frac{\left(12\cdot8.3\right)}{2}\cdot8$

$V=\frac{\left(60\cdot8.3\right)}{2}\cdot8$

$V=\frac{\left(60\cdot8.3\right)\cdot8}{3}$

$V=\frac{\left(\frac{\left(60\cdot8.3\right)}{2}\cdot8\right)}{3}$

 $V=\left(\pi\cdot14\right)\cdot8$ 

 $V=\left(\pi\cdot14^2\right)\cdot8$ 

 $V=\frac{\left(\pi\cdot7^2\right)\cdot8}{3}$ 

 $V=\left(\pi\cdot7^2\right)\cdot8$  

2 conos

1 cono 

3 conos

4 conos

$V=\frac{\left(9\cdot6.2\right)}{2}\cdot7$

$V=\frac{\left(45\cdot6.2\right)}{2}\cdot7$

$V=\frac{\left(45\cdot6.2\right)\cdot7}{3}$

$V=\frac{\left(\frac{\left(45\cdot6.2\right)}{2}\cdot7\right)}{3}$

$V=\frac{\left(10\cdot6\right)}{2}\cdot12$

$V=\frac{\left(8\cdot6\right)}{2}\cdot12$

$V=\frac{\left(10\cdot6\right)\cdot12}{3}$

$V=\frac{\left(\frac{\left(8\cdot6\right)}{2}\cdot12\right)}{3}$