Question

A container that holds sugar is shaped like a cylinder. The radius of the container is 3 inches,
and the height of the container is 10.5 inches.
Which measurement is closest to the volume of the con
A 254.47 in.
2
B 296.88 in.
C 395.84 in.
D 197.92 in.

Answer 1

Answer:

B

Step-by-step explanation:

A cylinder is like circles staked on top of each other so you want to find the are of the top circle which is 28.26 because pi r^2 (3^2)*3.14. now you found the area of the top circle. The height is 10.5 so that means there are 10.5 layers so you multiply 28.26 by 10.5 i know its confusing im new to brainly but hopefully this answer helped you  You will get 296.73 because i rounded pi to 3.14 but the answer is B

Answer 2

The option B. 296.88 in is closest to the volume of container.

Given The radius of the container is 3 inches and the height of the container is 10.5 inches.

The shape of the container is cylindrical.

So volume of container = volume of cylinder

= $\pi r^{2} h$

volume of container = $3.1412 \times3^{2} \times10.5$

volume of container = $3.1412 \times9\times10.5$

volume of container =$3.1412 \times94.5$

volume of container = 296.84

Hence the volume of sugar container is 296.84 cubic inches.

For more details on volume of cylinder follow the link:

https://brainly.com/question/12748872