Circle A is shown with a central angle marked 37 degrees and the radius marked 10 inches.
Which of the following could be used to calculate the area of the sector in the circle shown above? (6 points)

π(10in)2 30 over 360
π(10in) 30 over 360
π(37in)2 5 over 360
π(37in) 5 over 360

Respuesta :

Answer:

Hello! Your answer would be, D)π(37in) 5 over 360

Step-by-step explanation:

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To calculate the area of the sector in the circle, π(10 in)² 37 over 360 could be used.

What is the sector of a circle?

"It is a part of the circle that is enclosed by two radii and the intercepted arc."

What is the area of the sector of the circle?

The formula for the area of the sector of a circle is A =  Ф/360° × (π × r²) where 'r' is the radius of the circle.

For given example,

Circle A is shown with a central angle marked 37 degrees and the radius marked 10 inches.

⇒ r = 10 in.

⇒ Ф = 37°

Using the formula of the area of the sector in the circle,

⇒A =  Ф/360° × (π × r²)

⇒A =  37/360 × (π × 10²)

A = π × (10in)² × 37° over 360°

Therefore, the expression used to calculate the area of the sector in the circle is π × (10in)² × 37° over 360°

Learn more about the sector of a circle here:

https://brainly.com/question/15849991

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