487,691 views
21 votes
21 votes
Brooke has a cylinder metal tin where he keeps his coins. The radius of the base is 5.5 inches and the height is 4 inches what is the area of a vertical cross section of the cylinder through the center of the base?

User Erakk
by
3.0k points

1 Answer

6 votes
6 votes

Answer:

44 square inches.

Explanation:

radius of the base = 5.5 inches

height of the cylinder = 4 inches

The shape of the vertical cross section of the cylinder through the center of the base would give a rectangle with length of 2r, and its width is the height of the cylinder.

Area of the vertical cross section = height x diameter

diameter of the cylinder = 2r

= 2 x 5.5

= 11 inches

The diameter of the cylinder is 11 inches.

Area of the vertical cross section = 4 x 11

= 44 square inches.

The area of a vertical cross section of the cylinder through the center of the base is 44 square inches.

User Jan Trienes
by
3.0k points
Welcome to QAmmunity.org, where you can ask questions and receive answers from other members of our community.