Hello,
Can you please tell me if my solution is correct here:
What is the largest possible area of a triangle inside a circle of radius 1 if one
vertex of the triangle is on the center of the circle and the other two vertices are
on the circumference?
Answer I am getting : ([spoiler]sq. root 3)/4 [/spoiler]
I took an equilateral triangle since I was under the impression that in-order to get the largest possible area of a triangle it has to be an equilateral triangle. Thanks - Sri
Can you please tell me if my solution is correct here:
What is the largest possible area of a triangle inside a circle of radius 1 if one
vertex of the triangle is on the center of the circle and the other two vertices are
on the circumference?
Answer I am getting : ([spoiler]sq. root 3)/4 [/spoiler]
I took an equilateral triangle since I was under the impression that in-order to get the largest possible area of a triangle it has to be an equilateral triangle. Thanks - Sri
- Attachments
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- Inscribed triangle
