# First find the circumcenter & centroid. # subtract centroid from circumcenter.
the centroid is the balance point of the triangle
No, both of them don't.
Every triangle has an incentre, circumcentre, orthocentre and centroid.
they are all points of concurrency
Circumcenter, incenter, orthocenter and centroid.
No way! An easy example is the centroid and circumcenter of a right-angle triangle. Circumcenter will be exactly on the middle of the hypotenuse which obviously cannot be the centroid. Centroid is the point where all three lines are connecting all the three vertices and the middle of the line opposite the respective vertex. Circumcenter is the center of the circle passing through all the vertices. As it is known, a right-angle triangle will always fall within a semicircle, meaning the circle center will always be on the middle of the hypotenuse.
Circumcenter, Incenter and Centroid.
The Orthocenter The Centroid The Circumcenter The Incenter >.> 'nuff said
Circumcenter, Incenter and Centroid.
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Yes, but only in an equilateral triangle.
The centroid, circumcenter and orthocenter are the 3 points of concurrency that always lie on a line.