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The orthocentre (where the perpendicular bisectors of the sides meet).

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Q: Which points of concurrency may lie outside the triangle?
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Related questions

Which three points of concurrency always lie on euler's line?

Circumcenter, Incenter and Centroid.


Is the set of points that lie on the plane of the triangle but does not include the points on the triangle?

The complement of the triangle in the plane.


What is the answer to the euler line segment conjecture?

The centroid, circumcenter and orthocenter are the 3 points of concurrency that always lie on a line.


The orthocenter of a triangle may lie outside the triangle since the altitude may not intersect any side of the triangle?

The orthocenter of a triangle may lie outside the triangle because an altitude does not necessarily intersect the sides of the triangle.


Can a circumcenter lie outside the triangle?

Yes, it can.


Does the orthocenter always lie outside of the triangle?

No.


The orthocenter of a triangle may lie outside the triangle since the?

Not normally


The orthocenter of a triangle may lie outside the triangle because an altitude does not necessarily intersect the of the triangle?

sides


The orthocenter of a triangle may lie outside the triangle since the may not intersect any side of the triangle?

True for an obtuse triangle!


The orthocenter of a triangle may lie outside the triangle since?

The orthocenter is the point where the altitudes of a triangle intersect. An orthocenter lies outside of a triangle only when the triangle is obtuse. If a triangle is acute, the orthocenter lies inside of the triangle.


The orthocenter of a triangle may lie outside the triangle because the altitude does not necessairly intersect the of the triangle?

The orthocenter of a triangle may lie outside the triangle since the ___altitude___ may not intersect any side of the triangle. * * * * * No. One of the altitudes must intersect the side opposite it and so it is not correct to say ANY side of the triangle.


Do three coplanar points lie on the same line?

They lie in the same plane, but they don't necessarily have to lie on the same line. Every triangle consists of three points that are coplanar but non-colinear.