Question

A spherical iron ball has a

Answer 1

The volume of the hole inside the ball is 359.27 cubic inches if the spherical iron ball has a diameter of 11.6 cm and a mass of 3.60 kilograms.

What is a sphere?

It is defined as three-dimensional geometry when half-circle two-dimensional geometry is revolved around the diameter of the sphere that will form.

$\rm V = \dfrac{4}{3} \pi r^3$

The volume of the sphere V = (4/3)πr³

The diameter d = 11.6 cm

The radius r = 11.6/2 = 5.8 cm

The volume of the sphere V = (4/3)π(5.8)³

V = 817.28 cubic cm

As we know,

The density d = mass/volume

7.86 = 3600/volume

Volume = 458.01 cubic cm

The volume of the hole inside the ball  = 817.28 - 458.01

= 359.27 cubic inches

Thus, the volume of the hole inside the ball is 359.27 cubic inches if the spherical iron ball has a diameter of 11.6 cm and a mass of 3.60 kilograms.

Learn more about the sphere here:

brainly.com/question/11374994

#SPJ2

Answer 2

Se que no me quieres mas peroooo yo si te querías