Question

Find the volume of the large solid without the smaller solid. The solid is a right and not drawn to scale. Round answers to the tenths place A. 310.86 in
B. 2210.56 in
C. 2521.42 in
D. 1899.7 in

Answer 1

Answer:

1900.66

I don't see the answer there in the list of options, maybe I got the values wrong...

Step-by-step explanation:

This pic is blurry so I'm going to assume the numbers given are 3, 8, and 11.

Volume of larger cylinder:

π*r^2*h

(π)(64)(11) = 704π

Volume of smaller cylinder:

π*r^2*h

(π)(9)(11) = 99π

Subtract the two answers together:

704π - 99π = 605π

Simplify:

605π ≈ 1900.66

Answer 2

The volume of large solid without the smaller solid is 1899.7 cubic in option (D) 1899.7 in is correct.

What is a cylinder?

In geometry, it is defined as the three-dimensional shape having two circular shapes at a distance called the height of the cylinder.

We know the volume of the cylinder is given by:

$\rm V = \pi r^2 h$

Volume of larger cylinder:

$\rm V = \pi (8)^2 \times 11$

V = 704π cubic in

Volume of smaller cylinder:

$\rm v = \pi (3)^2 \times 11$

v = 99π cubic in

The volume of large solid without the smaller solid = V - v

= 704π - 99π = 605π = 1899.7 cubic in   (π = 3.14)

Thus, the volume of large solid without the smaller solid is 1899.7 cubic in option (D) 1899.7 in is correct.

Learn more about the cylinder here:

brainly.com/question/3216899

#SPJ2