7. The largest tree in the world by volume is
in Sequoia National Park. The diameter at the
base is 36 feet. If a person with outstretched
arms can reach 6 feet, how many people would
it take to reach around the base of the tree?

Respuesta :

The number of people that would be needed to reach around the base of the tree is 170.

What is a circle?

It is a locus of a point drawn at an equidistant from the center. The distance from the center to the circumference is called the radius of the circle.

The largest tree in the world by volume is in Sequoia National Park.

The diameter at the base is 36 feet.

The perimeter of the tree will be

Perimeter = πr²

Perimeter = π × 18²

Perimeter = 1017.876

The perimeter of the tree is 1,017.876 feet.

If a person with outstretched arms can reach 6 feet.

Then the number of people will be

[tex]\rm Number \ of \ person = \dfrac{Perimeter}{6}\\\\\\Number \ of \ person = \dfrac{1017876}{6}\\\\\\Number \ of \ person = 169.646 \\\\\\Number \ of \ person = 170[/tex]

More about the circle link is given below.

https://brainly.com/question/11833983