I know it's something like 12 root 3 or 48 root three, but idk how to get there.
There are 6 right angle triangles, each with an area of 1/2 base x height
Each area = 1/2 square root (64 - 16) x 4 = 2 x square root 48
So the total area = 12 x square root 48 = 83.1384 (or 12sqrt48).
An equilateral triangle inscribed in a circle has three sides that are equal in length and three angles that are each 60 degrees. The center of the circle is also the intersection point of the triangle's perpendicular bisectors.
I love you KAvita
Where the side of the equilateral triangle is s and the radius of the inscribed circle is r:s = 2r * tan 30° = 48.50 cm
This is true. The answer is obvious if you think about it the following way: an equilateral triangle has three equal sides, and every point on the circumference of a circle is the same distance from the center of the circle. Therefore, it is safe to assume that the circle will touch the midpoint of each side of the triangle. It also means that the center of the circle will be in the center of the triangle. Therefore, the radius of the circle will travel from the center of the triangle to the midpoint of one of the sides. This will cover the distance of half the triangle's median.
Yes. Any triangle can be inscribed within a circle, although the center of the circle may not necessarily lie within the triangle.
Draw a circle using a compass. Then, without changing the compass setting, place its point on the circumference of the circle, at any point A, and draw two arcs to intersect the circumference at B and C. Move the compass to B and draw another arc to intersect the circumference at D; and then from C to E. ADE will be an inscribed equilateral triangle.
Yes and perfectly
Yes. Any triangle can be inscribed in a circle.
An equilateral triangle inscribed in a circle has three sides that are equal in length and three angles that are each 60 degrees. The center of the circle is also the intersection point of the triangle's perpendicular bisectors.
4
A square or an equilateral triangle for example when a circle is inscribed within it.
I love you KAvita
The circumcenter of a triangle is the center of the circle drawn outside the triangle with all three vertices touching its circumference.
Where the side of the equilateral triangle is s and the radius of the inscribed circle is r:s = 2r * tan 30° = 48.50 cm
This is true. The answer is obvious if you think about it the following way: an equilateral triangle has three equal sides, and every point on the circumference of a circle is the same distance from the center of the circle. Therefore, it is safe to assume that the circle will touch the midpoint of each side of the triangle. It also means that the center of the circle will be in the center of the triangle. Therefore, the radius of the circle will travel from the center of the triangle to the midpoint of one of the sides. This will cover the distance of half the triangle's median.
Yes. Any triangle can be inscribed within a circle, although the center of the circle may not necessarily lie within the triangle.
The circumcenter of the triangle.