The bisectors of the angles of a triangle are concurrent at a point called the incentre which is also the centre of the inscribed circle that touches all three sides.
The centroid or centre of gravity. It will also be the point where the bisectors of the angles, and the perpendicular bisectors of the sides meet.
inside the triangle ;) hope this helps!!
1. Opposite angles congruent 2. All sides are congruent 3. The diagonals are perpendicular bisectors of each other 4. Diagonals bisect the angles NOTE: Four congruent right triangles are formed with the right angles It has all of the properties of a parallelogram and a kite
all three perpendicular bisectors elongate to meet at the incenter of the triangle.
no bisectors create 2 equal angles, altitudes create right angles
The bisectors of the angles of a triangle are concurrent at a point called the incentre which is also the centre of the inscribed circle that touches all three sides.
The intersection of the bisectors of the angles. (Sorry _ my original answer, the bisectors of the sides, was clearly wrong.)
The centroid or centre of gravity. It will also be the point where the bisectors of the angles, and the perpendicular bisectors of the sides meet.
The bisectors of the angles of a triangle meet at the incentre.
All bisectors intersect the line segment at the midpoint. There can be multiple bisectors, intersecting at the midpoint at different angles, but they all intersect the line segment at its midpoint. The midpoint separates the line segment into two equal halves.
The diagonals of a square are perpendicular (they intersect and form right angles). But they are angles bisectors since they bisect each pair of opposite angles. A perpendicular bisector actually bisects a side of a figure.
The answer depends on what information you do have and what is missing. There is no single answer for all situations.
Yes.
The incentre, the point where the bisectors of the angles meet.
inside the triangle ;) hope this helps!!
They meet at right angles