Definition of Orthocenter

1. n. That point in which the three perpendiculars let fall from the angles of a triangle upon the opposite sides, or the sides produced, mutually intersect.

Definition of Orthocenter

1. Noun. (geometry) : the intersection of the three lines that can be drawn flowing from the three corners of a triangle to a point along the opposite side where each line intersects that side at a 90 degree angle; in an acute triangle, it is inside the triangle; in an obtuse triangle, it is outside the triangle. ¹

¹ Source: wiktionary.com

Definition of Orthocenter

1. [n -S]

Medical Definition of Orthocenter

1. That point in which the three perpendiculars let fall from the angles of a triangle upon the opposite sides, or the sides produced, mutually intersect. Origin: Ortho- + center. Source: Websters Dictionary (01 Mar 1998)

Lexicographical Neighbors of Orthocenter

orthobenzoates
orthobenzoquinone
orthobicupola
orthobiosis
orthoborate
orthoboric
orthoboric acid
orthobrannerite
orthobunyavirus
orthobunyaviruses
orthocaine
orthocarbonate
orthocarbonates
orthocarbonic
orthocarbonic acid
orthocenter (current term)
orthocenters
orthocentre
orthocentres
orthocentric
orthocephalic
orthocephalous
orthoceras
orthoceratite
orthoceratites
orthochamosite
orthochorea
orthochromatic
orthochromatic film
orthochromophil

Literary usage of Orthocenter

Below you will find example usage of this term as found in modern and/or classical literature:

1. Original Exercises in Plane and Solid Geometry by Levi Leonard Conant (1905)
"ABC is an inscribed triangle, 0 its orthocenter, and AKa diameter; ... The line joining the orthocenter of an inscribed triangle to the middle point of the ..."

2. Plane and Solid Geometry by Seth Thayer Stewart (1891)
"Each center of the inscribed or the escribed circles is the orthocenter of the triangle, having the other three centers as its vertices. ..."

3. Plane Geometry: I. Abridged and Applied. II. College Preparatory by Matilda Auerbach, Charles Burton Walsh (1920)
"Each center of the inscribed or the escribed circles is the orthocenter of the triangle having the other three centers as its vertices. d!580. ..."

4. Plane Geometry by John Charles Stone, James Franklin Millis (1916)
"Show that AGBO is a parallelogram, and hence that AF = FB. 10. If D is the orthocenter of A ABC, prove that A is the orthocenter of A BCD, ..."

5. Projective Geometry by Linnaeus Wayland Dowling (1917)
"This point is called the orthocenter of the triangle. 7. Prove that all conies which pass through the vertices and the orthocenter of a triangle are ..."

6. Bulletin of the Philosophical Society of Washington by Philosophical Society of Washington (1874)
"... to the orthocenter, and are points of bisection, in the ordinary and extended ... C and C" are measured from the orthocenter j °^ ar from the vertices. ..."

7. Elementary Synthetic Geometry by George Bruce Halsted (1892)
"Corollary I. The altitudes of a spherical triangle are concurrent in a point called its orthocenter. For, regarding A'B'C' as the triangle, ..."

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