Is the indenter always located in the interior of the triangle? Is the circumven

Question

Is the indenter always located in the interior of the triangle? Is the circumventer always located in the interior of the triangle? Find the length of the radius of the inscribed circle for a right triangle whose legs measure 6 and 8. Find the distance from the circumventer to each vertex of an equilateral triangle whose sides have the length 10. A triangle has angles measuring 30degree, 30degree, and 120degree. If the congruent sides measure 6 units each, find the length of the radius of the circumscribed circle. Given: Isosceles delta RST RS = RT = 17 and ST = 16 Medians RZ, TX, and SY meet at centroid Q Find: RQ and SQ Given: Isosceles delta RST RS = RT = 10 and ST = 16 Medians RZ, TX, and SY meet at Q Find: RQ and QT In delta MNP, medians MB, NA, and PC intersect at centroid Q. If MQ = 8, find QB. If QC = 3, find PQ. If AQ = 3.5, find AN.

Explanation / Answer

22) Incenter is defined as the intersection point of the angle bisectors in a triangle.

The incenter also becomes the center of the incircle of the triangle.

The incenter is always located in the interior of the triangle.

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