Franco has enough paint to cover an area of approximately 226 square feet. He needs to paint a cylinder that is 5 feet long. What is the maximum possible radius of the cylinder that can be covered by the paint? A. 3.8 feet B. 14.4 feet C. 9 feet D. 4 feet

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Answer:

B.14.4

Explanation:

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The required radius of the cylinder that can be covered by the paint is 3.8 feet. Option A is correct.

Franco has enough paint to cover an area of approximately 226 square feet. He needs to paint a cylinder that is 5 feet, and the maximum possible radius of the cylinder that can be covered by the paint is to determined.


What is a cylinder?

The cylinder is defined as a 3D solid that keeps two identical bases joined by a curved surface, at a certain distance.

Here,
Franco has enough paint to cover an area of approximately 226 square feet.
Area of the cylinder = 226
πr²h = 226
h = 5 feet and π = 3.14
3.14 * 5 * r² = 226
r² = 226/15.70
r = √14.70
r = 3.80

Thus, the required radius of the cylinder that can be covered by the paint is 3.8 feet. Option A is correct.

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