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References
1
Lukarevski, M., An inequality for the altitudes of the excentral triangle,
Math. Gaz.104 (March 2020) pp. 161-164.CrossRefGoogle Scholar
2
Leversha, G., The Geometry of the Triangle, UKMT (2013).Google Scholar
3
Altshiller-Court, N., College Geometry, Barnes & Noble (1952).Google Scholar
4
Johnson, R., Advanced Euclidean Geometry. Dover (1960).Google Scholar
5
Lukarevski, M., An inequality arising from the inarc centres of a triangle, Math. Gaz.103 (November 2019) pp. 538-541.10.1017/mag.2019.125CrossRefGoogle Scholar
6
Bottema, O., Djordjevic, R. Z., Janic, R. R., Mitrinovic, D. S., Vasic, P. M., Geometric inequalities, Groningen, Wolters-Noordhoff (1969).Google Scholar
7
Leuenberger, F., Problem E 1573, Amer. Math. Monthly, Vol.71 (1963), 331; solution by L. Carlitz, ibid Vol. 72 (1964) pp. 93-94.CrossRefGoogle Scholar