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PLZ SOMEONE HELP ASAP!!

Find the area of the shaded portion in the equilateral triangle with sides 6. Show all work for full credit.
(Hint: Assume that the central point of each arc is its corresponding vertex.)

PLZ SOMEONE HELP ASAPFind the area of the shaded portion in the equilateral triangle with sides 6 Show all work for full credit Hint Assume that the central poi class=

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howaboutnope
well you need to figure out the area of the circle piece. think of it as a separate thing. the radius is 3, and the angle of the circle piece is 60 (equilateral triangles are like that). So take the equation for area of a circle and times it by the fraction 60/360. this is 3³ × pi × (60÷360). this equals 1.5pi. since theres 3 of these little circle segments, times that by 3 (3*1.5pi = 4.5pi). then figure out the area of the triangle (it's 15.59) and subtract the circle area total. (15.59- 4.5pi). I left it as pi because i dont know what you need to round it to. 
Hope that helps!
kapoorprachi783

The area of the shaded portion is 1.46³.

What is the formula for the area of the equilateral triangle?

You can use the Pythagorean theorem and peak of the proper triangles inside the equilateral to determine the lacking aspect lengths of an equilateral triangle. Then, you may use the method A = √three/four (a²) to decide the location of an equilateral triangle.

Learn more about the equilateral triangle here: https://brainly.com/question/14007064

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