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The radius of a car's tire is 35.8 cm. Find the circumference of the tire. (This is the distance that the car must drive to rotate the tire exactly once.)

Round your answer to the nearest tenth. Do not type the units in the space below.

Answer :

To find the circumference of a tire with a given radius, we start with the formula for the circumference of a circle:

[tex]$$
C = 2\pi r
$$[/tex]

Here, the radius is given as [tex]$r = 35.8\ \text{cm}$[/tex]. Plugging this value into the formula gives:

[tex]$$
C = 2\pi (35.8)
$$[/tex]

By performing the multiplication, we obtain:

[tex]$$
C \approx 224.93803399702918\ \text{cm}
$$[/tex]

Rounding this value to the nearest tenth, we get:

[tex]$$
C \approx 224.9
$$[/tex]

Thus, the distance the car must drive to rotate the tire exactly once is [tex]$224.9$[/tex].

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