height of the cylinder and r is the radius. substitute the radius and height to complete the equation. v =…

height of the cylinder and r is the radius. substitute the radius and height to complete the equation. v = πr² · h = π · □² · □

height of the cylinder and r is the radius. substitute the radius and height to complete the equation. v = πr² · h = π · □² · □

Answer

Explanation:

Step1: Identificar el radio

El radio $r = 5$ in.

Step2: Identificar la altura

La altura $h=4$ in.

Step3: Sustituir valores en la fórmula

Sustituimos $r = 5$ y $h = 4$ en $V=\pi r^{2}\cdot h$, entonces $V=\pi\cdot5^{2}\cdot4$.

Answer:

$V=\pi\cdot5^{2}\cdot4$