X3051

INTERSECTION X2X_6∩X32X_184

< A B C >: Reference Triangle △ABC [ A B ]: Sideline AB (Base c = 1) [ B C ]: Sideline BC (Side a) [ C A ]: Sideline CA (Side b) { 2, 6 }: Centroid–Symmedian Line { 32, 184 }: Central Line L(32, 184) { 25, 263 }: Central Line L(25, 263) { 110, 251 }: Central Line L(110, 251) { 99, 703 }: Central Line L(99, 703) { 42, 1197 }: Central Line L(42, 1197) A = Vertex A (0.0000, 0.0000) B = Vertex B (1.0000, 0.0000) C = Vertex C (0.6122, 0.5999) X_308 = ISOTOMIC CONJUGATE OF X(39) (0.4915, 0.1700) X_2 = CENTROID (0.5374, 0.2000) X_6 = SYMMEDIAN POINT (LEMOINE POINT, GREBE POINT) (0.6000, 0.2672) X_32 = 3rd POWER POINT (0.6400, 0.3332) X_184 = INVERSE OF X(125) IN THE BROCARD CIRCLE (0.5788, 0.1496) X_25 = HOMOTHETIC CENTER OF ORTHIC AND TANGENTIAL TRIANGLES (0.6329, 0.4497) X_263 = ISOGONAL CONJUGATE OF X(183) (0.6298, 0.3525) X_110 = FOCUS OF KIEPERT PARABOLA (0.2516, 0.5478) X_251 = ISOGONAL CONJUGATE OF X(141) (0.6177, 0.3042) X_99 = STEINER POINT (0.1109, 0.4322) X_703 = EVEN (- 4, 0) CIRCUMCIRCLE POINT (1.0008, 0.2001) X_42 = CROSSPOINT OF INCENTER AND SYMMEDIAN POINT (0.5880, 0.2495) X_1197 = 3rd SARAGOSSA POINT OF X(31) (0.6088, 0.2744) X_3051 = INTERSECTION X(2)X(6)∩X(32)X(184) (0.6280, 0.2973) A B C X308 X2 X6 X32 X184 X25 X263 X110 X251 X99 X703 X42 X1197 X3051 (a, b, c) = (5, 6, 7) | AB = 1

X3051 (INTERSECTION X2X_6∩X32X_184) constructed on acute reference triangle \((a, b, c) = (5, 6, 7)\) with unit baseline AB = \(1\).

Constructed Elements

Trilinears: \(f(a,b,c) : f(b,c,a) : f(c,a,b)\), where \(f(a,b,c) = a^{3}(b^{2} + c^{2})\)
Barycentrics: \(af(a,b,c) : bf(b,c,a) : cf(c,a,b)\)
Search Value (6, 9, 13): \(0.510063673737\)
▸ Incident Central Lines15 lines

{2, 6}, {25, 263}, {31, 1911}, {32, 184}, {42, 1197}, {51, 1196}, {99, 703}, {110, 251}, {213, 2308}, {321, 2235}, {511, 1194}, {669, 881}, {1078, 1207}, {1180, 2979}, {1627, 1691}

▸ Functional Relations8 relations

Notes

Let L be the isogonal conjugate of the isotomic conjugate of the Brocard axis (i.e., line X32X184). Let M be the isotomic conjugate of the isogonal conjugate of the Brocard axis (i.e., line X2X69). Then X3051 = L∩M. (Randy Hutson, March 21, 2019)