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Journal of Computer-Generated Euclidean Geometry |
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Outer Vecten Point Deko Dekov
Outer Vecten Point = Outer Kenmotu Point of the Antipedal Triangle of the Outer Vecten Point. See the Figure:
A1B1C1 -
Antipedal Triangle of the Outer Vecten Point; Outer Vecten Point = Orthocenter of the Outer
Vecten Triangle. Outer Vecten Point = Center of the First
Droz-Farny Circle of the Outer Vecten Triangle. Outer Vecten Point = Internal Center of
Similitude of the Cosine Circle and the Nine-Point Circle. Outer Vecten Point = Perspector of Triangle ABC
and the Triangle of the Outer Vecten Points of the Triangulation Triangles of
the Outer Vecten Point. Outer Vecten Point = Perspector of Triangle ABC
and the Stevanovic Triangle of the Outer Vecten Points of the Triangulation
triangles of the Outer Vecten Point. Outer Vecten Point = Homothetic Center of
Triangle ABC and the Triangle of the Outer Vecten Points of the Corner
Triangles of the Centroid. Outer Vecten Point = Perspector of Triangle ABC
and the Triangle of the Inner Kenmotu Points of the Corner Triangles of the
Orthocenter. See the Figure:
A1B1C1 - Cevian
Triangle of the Orthocenter = Orthic Triangle; Outer Vecten Point = Perspector of Triangle ABC
and the Triangle of the reflections of the Inner Kenmotu Point in the sides
of the Excentral Triangle. Outer Vecten Point = Homothetic Center of the
Incentral Triangle and the Triangle of the reflections of the Outer Vecten
Point in the vertices of the Incentral Triangle. Outer Vecten Point = Homothetic Center of the
Medial Triangle and the Triangle of the Centroids of the Triangulation
Triangles of the Outer Vecten Point. Outer Vecten Point = Homothetic Center of the
Medial Triangle and the Triangle of the Outer Vecten Points of the Anticevian
Corner Triangles of the Centroid. Outer Vecten Point = Homothetic Center of the
Medial Triangle and the Triangle of the reflections of the Outer Vecten Point
in the vertices of the Medial Triangle. Outer Vecten Point = Homothetic Center of the
Orthic Triangle and the Triangle of the reflections of the Outer Vecten Point
in the vertices of the Orthic Triangle. Outer Vecten Point = Homothetic Center of the
Symmedial Triangle and the Triangle of the reflections of the Outer Vecten
Point in the vertices of the Symmedial Triangle. Outer Vecten Point = Homothetic Center of the
Intouch Triangle and the Triangle of the reflections of the Outer Vecten
Point in the vertices of the Intouch Triangle. Outer Vecten Point = Homothetic Center of the
Extouch Triangle and the Triangle of the reflections of the Outer Vecten
Point in the vertices of the Extouch Triangle. Outer Vecten Point = Homothetic Center of the
Excentral Triangle and the Triangle of the reflections of the Outer Vecten
Point in the vertices of the Excentral Triangle. Outer Vecten Point = Homothetic Center of the
Anticomplementary Triangle and the Triangle of the reflections of the Outer
Vecten Point in the vertices of the Anticomplementary Triangle. Outer Vecten Point = Homothetic Center of the
Tangential Triangle and the Triangle of the reflections of the Outer Vecten
Point in the vertices of the Tangential Triangle. Outer Vecten Point = Isogonal Conjugate of the
Inner Kenmotu Point. Outer Vecten Point = Isogonal Conjugate of the
Outer Eppstein Point of the Lucas Central Triangle. Outer Vecten Point = Isogonal Conjugate of the
Reflection of the Outer Kenmotu Point in the Third Power Point. Outer Vecten Point = Isogonal Conjugate of the
Product of the Centroid and the Inner Kenmotu Point. Outer Vecten Point = Isogonal Conjugate of the
Internal Center of Similitude of the Circumcircle and the Cosine Circle. Outer Vecten Point = Isogonal Conjugate of the
Internal Center of Similitude of the Cosine Circle and the Radical Circle of
the Lucas Circles. Outer Vecten Point = Isogonal Conjugate of the
Internal Center of Similitude of the Gallatly Circle and the Lemoine Circle. Outer Vecten Point = Isogonal Conjugate of the
Internal Center of Similitude of the Fermat-Tucker Circle and the
Napoleon-Tucker Circle. Outer Vecten Point = Isogonal Conjugate of the
Internal Center of Similitude of the Arctan(1/2) Tucker Circle and the
Arctan(2) Tucker Circle. Outer Vecten Point = Isogonal Conjugate of the
Internal Center of Similitude of the Arctan(1/3) Tucker Circle and the
Arctan(3) Tucker Circle. Outer Vecten Point = Isogonal Conjugate of the
External Center of Similitude of the Circumcircle and the Radical Circle of
the Lucas Circles. Outer Vecten Point = Isogonal Conjugate of the
Inverse of the Outer Kenmotu Point in the Brocard Circle. Outer Vecten Point = Complement of the
Perspector of the Anticomplementary Triangle and the Inner Vecten Triangle. Outer Vecten Point = Complement of the
Perspector of the Antipedal Triangle of the Orthocenter and the Inner Vecten
Triangle. Outer Vecten Point = Isogonal Conjugate of the
Perspector of the Cevian Triangle of the Inner Kenmotu Point and the Circumcevian
Triangle of the Inner Kenmotu Point. Outer Vecten Point = Isogonal Conjugate of the
Perspector of the Orthic Triangle and the Inner Vecten Triangle. Outer Vecten Point = Isogonal Conjugate of the
Perspector of the Cevian Triangle of the Malfatti-Moses Point and the Outer
Vecten Triangle. Outer Vecten Point = Isogonal Conjugate of the
Perspector of the Anticevian Triangle of the Outer Kenmotu Point and the
Pedal Triangle of the Orthocenter. Outer Vecten Point = Isogonal Conjugate of the
Perspector of the Anticevian Triangle of the Inner Kenmotu Point and the
Circumcevian Triangle of the Inner Kenmotu Point. Outer Vecten Point = Isogonal Conjugate of the
Perspector of the Tangential Triangle and the Lucas Central Triangle. Outer Vecten Point = Isogonal Conjugate of the
Perspector of the Anticevian Triangle of the Outer Kenmotu Point and the
Inner Vecten Triangle. The Outer Vecten Point lies on the Radical
Circle of the Lucas Circles of the Fourth Brocard Triangle. See the Figure:
A1B1C1 - Fourth
Brocard Triangle; The Outer Vecten Point lies on the
Orthocentroidal Circle of the Outer Vecten Triangle. The Outer Vecten Point lies on the Line through
the Centroid and the Outer Kenmotu Point. The Outer Vecten Point lies on the Line through
the Nine-Point Center and the Symmedian Point. The Outer Vecten Point lies on the Line through
the Nine-Point Center and the Prasolov Point. The Outer Vecten Point lies on the Line through
the Prasolov Point and the Symmedian Point. The Outer Vecten Point lies on the Line through
the Inner Vecten Point and the Symmedian Point. The Outer Vecten Point lies on the Line through
the Inner Vecten Point and the Nine-Point Center. The Outer Vecten Point lies on the Line through
the Inner Vecten Point and the Prasolov Point. The Outer Vecten Point lies on the Line through
the Inner Kenmotu Point and the Orthocenter. The Outer Vecten Point lies on the Line through
the Inner Kenmotu Point and the Malfatti-Moses Point. The Outer Vecten Point lies on the Line through
the Malfatti-Moses Point and the Orthocenter. The Outer Vecten Point lies on the Line through
the Nine-Point Center and the Orthocenter of the Tangential Triangle. Invitation
The reader is
invited to submit a note/paper containing
Definitions
We use the
definitions in accordance with [1 - 5] and papers published in this journal. The LevelThe Machine for
Questions and Answers is used to produce results in this paper. Currently the
Machine has 6 levels of depths - 0,1,2,3,4,5. We use for this paper the level
0, that is, the Machine produces only elementary results. If we need deeper
investigation, we have to use a level bigger than 0. Since the Machine for
Questions and Answers produces too many results, it is suitable we to use
bigger levels upon request, that is, for specific questions. ThanksThe figures in this note are produced by using the program C.a.R.
(Compass and Ruler), an amazing program created by Rene Grothmann. The
Grothmann's program is available for download in the Web: Rene Grothmann's C.a.R.. It is free and open
source. The reader may verify easily the statements of this paper by using
C.a.R. Many thanks to Rene Grothmann for his wonderful program. References
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