The Barycenter as the Critical Point of the Geometric Mean function between two specific distances in any triangle
DOI:
https://doi.org/10.22481/intermaths.v5i1.14238Keywords:
Median, Centroid, Optmization, Geometric MeanAbstract
The present article aims to study the centroid of a triangle as a critical point of a function. The considered function is the geometric mean between two specific distances within the triangle. In the demonstration, the Law of Cosines, Stewart's Theorem, and Differential Calculus are employed. The problem is verified using the GeoGebra software. It has the potential to be used in Geometry or Differential Calculus classes in Higher Education.
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Bialostocki, A. and Bialostocki, D. ``The incenter and an excenter as solutions to an extremal problem", textit{Forum Geometricorum}, 11, 9–12, 2011.
Hajja, M. ``Extremal properties of the incentre and the excentres of a triangle", textit{The Mathematical Gazette}, 2012, Vol. 96, No. 536, pp. 315-317, 2012.
Bialostocki, A. and Ely, R. ``Points on a line that maximize and minimize the ratio of the distances to two given lines", textit{Forum Geometricorum}, 15, 177-178, 2015.
Hajja, M. ``One more note on the extremal properties of the incentre and the excentres of a triangle", textit{The Mathematical Gazette}, Vol. 101, No. 551, pp. 308-310, 2017.
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