Add to ORKGLet ABC be a triangle with incenter I. Then the Euler lines of ABI, BCI, CAI, and ABC are concurrent at the Schiffler point SComponente Curricular::Ensino Médio::MatemáticaComponente Curricular::Educação Superior::Ciências Exatas e da Terra::Matemátic
Let ABC be a triangle with incenter I and circumcenter O, and let J be the excenter opposite A. Let ...
Let ABC be a triangle with incenter I and circumcenter O, and let J be the excenter opposite A. Let ...
Let ABC be a triangle with incenter I. Let A', B' and C' be the excenters opposite A, B, and C, resp...
Let ABC be a triangle with incenter I. Then the Euler lines of ABI, BCI, CAI, and ABC are concurrent...
Let ABC be a triangle. Let A' be the contact point of the excircle α opposite A with BC. Let A'' be ...
Let ABC be a triangle. Let A' be the contact point of the excircle α opposite A with BC. Let A'' be ...
Let ABC be a triangle. Let A', B', and C' be the points of contact of ABC with the incircle opposite...
Let ABC be a triangle. Let A', B', and C' be the points of contact of ABC with the incircle opposite...
Let ABC be a triangle with inradius r, incenter I, and circumcenter O. Let the line OI intersect the...
Let ABC be a triangle with inradius r, incenter I, and circumcenter O. Let the line OI intersect the...
Abstract. Using tripolar coordinates, we prove that if P is a point in the plane of triangle ABC suc...
Let ABC be a triangle and let P be a point. Then the circumcircles of the medial triangles of ABC, P...
Let ABC be a triangle and let P be a point. Then the circumcircles of the medial triangles of ABC, P...
Let ABC be a triangle. Let A', B', and C' be points on BC, AC, and AB, respectively. Let A'', B'', a...
Let ABC be a triangle and let A', B', and C' be symmetric to P with respect to the midpoints of BC, ...
Let ABC be a triangle with incenter I and circumcenter O, and let J be the excenter opposite A. Let ...
Let ABC be a triangle with incenter I and circumcenter O, and let J be the excenter opposite A. Let ...
Let ABC be a triangle with incenter I. Let A', B' and C' be the excenters opposite A, B, and C, resp...
Let ABC be a triangle with incenter I. Then the Euler lines of ABI, BCI, CAI, and ABC are concurrent...
Let ABC be a triangle. Let A' be the contact point of the excircle α opposite A with BC. Let A'' be ...
Let ABC be a triangle. Let A' be the contact point of the excircle α opposite A with BC. Let A'' be ...
Let ABC be a triangle. Let A', B', and C' be the points of contact of ABC with the incircle opposite...
Let ABC be a triangle. Let A', B', and C' be the points of contact of ABC with the incircle opposite...
Let ABC be a triangle with inradius r, incenter I, and circumcenter O. Let the line OI intersect the...
Let ABC be a triangle with inradius r, incenter I, and circumcenter O. Let the line OI intersect the...
Abstract. Using tripolar coordinates, we prove that if P is a point in the plane of triangle ABC suc...
Let ABC be a triangle and let P be a point. Then the circumcircles of the medial triangles of ABC, P...
Let ABC be a triangle and let P be a point. Then the circumcircles of the medial triangles of ABC, P...
Let ABC be a triangle. Let A', B', and C' be points on BC, AC, and AB, respectively. Let A'', B'', a...
Let ABC be a triangle and let A', B', and C' be symmetric to P with respect to the midpoints of BC, ...
Let ABC be a triangle with incenter I and circumcenter O, and let J be the excenter opposite A. Let ...
Let ABC be a triangle with incenter I and circumcenter O, and let J be the excenter opposite A. Let ...
Let ABC be a triangle with incenter I. Let A', B' and C' be the excenters opposite A, B, and C, resp...