No. The angle bisector is a line. Where the three lines meet is the median. In an equilateral triangle the INTERSECTION of the angle bisectors is the median.
orthocenter
This point "p" identifies a geometric location known, in association with each of the three "normals" which communicate with each other from their three respective vertices perpendicular to their three respective sides, as the "procedure". The normal geometric procedure of an equilateral triangle exists in a state of perfect equilibrium and divides each of the three normals in a ratio of 2:1. It is also the centre of the circle which communicates with all three vertices of the triangle, and it therefore follows that two-thirds of each normal of an equilateral triangle is a radius of the circle which contains it.
centroid
cross section
The plumb line experiment involves suspending weights from three points and the intersection of the three lines created by the weights is considered the center of gravity because it represents the point where the total weight of the system acts as if all the weight were concentrated at that point. This is due to the balancing of the torques created by the weights acting on the system.
If all three lines are parallel, there are zero points of intersection. If all three lines go through a point, there is one point of intersection. If two lines are parallel and the third one crosses them, there are two. If the three lines make a triangle, there are three points.
The intersection of the three lines represents the point where the lamina would balance perfectly if placed on a pin. This point is the center of gravity because it is the average position of all the mass in the lamina, considering both their magnitude and distribution. The center of gravity is a key concept in physics to understand the equilibrium and stability of an object.
If you draw a capital "Y" with say each angle = 120 degrees, then the three lines will represent where the edges of the planes meet each other and the centre point will be the vertex where the three planes intersect. You are basically looking at the corner of a cube at an angle. If you connect the ends of the three lines you will be looking down at a triangular pyramid (three faces with three edges and the vertex in the centre).
intersection
The center of gravity of a triangle is its centroid. The centroid of a triangle is the intersection of the three medians.
the point of concurrency
In any triangle that is not equilateral, the Euler line is the straight line passing through the orthocentre, circumcentre and centroid. In an equilateral triangle these three points are coincident and so do not define a line.Orthocentre = point of intersection of altitudes.Circumcentre = point of intersection of perpendicular bisector of the sides.Centroid = point of intersection of medians.Euler proved the collinearity of the above three. However, there are several other important points that also lie on these lines. Amongst them,Nine-point Centre = centre of the circle that passes through the bottoms of the altitudes, midpoints of the sides and the points half-way between the orthocentre and the vertices.
It's possible, but for any three lines in the same plane, there could be ether one point of intersection (unlikely) or three (more probably).
four
To find the center of gravity of a regular shape through experimentation, you can balance the shape on a pivot point and observe where it remains stable without tilting. Repeat this process at least three times to increase accuracy. The point where the shape balances consistently is the center of gravity.
A point intersection occurs when two or more lines meet at a single point. In contrast, a point concurrency involves three or more lines intersecting at a common point. Both concepts are fundamental in geometry and play a key role in defining relationships between lines and shapes.