On an obtuse triangle the orthocenter is located on the outside of the triangle and the orthocenter of the right triangle is located at the vertex of the triangle ...
You cannot. An isosceles triangle cannot be scalene and a scalene triangle cannot be isosceles. So an isosceles scalene triangle cannot exist.
An oxymoron. An equilateral triangle cannot be obtuse; an obtuse triangle cannot be equilateral.
A Triangle's OrthocenterNo, it can be outside the triangle.
Inside: acute angled triangleOn: right angled triangle Outside: obtuse angled triangle.
On an obtuse triangle the orthocenter is located on the outside of the triangle and the orthocenter of the right triangle is located at the vertex of the triangle ...
Its "incenter" will not fall outside the triangle, or outside the base of the triangle.
The incenter of a triangle is the point at which the 3 medians (lines from the vertex to the middle of the side opposite the vertex) of the triangle intersect. Per it's definition, the incenter cannot ever fall outside the triangle. On the other hand, the orthocenter (intersection of the altitudes) can. It does so whenever the triangle is obtuse.
It doesn't ever fall outside of a triangle.
A bigger triangle.
The point where the three altitudes of a triangle intersect is called the orthocenter. This can be located either inside or outside of the triangle.
A point outside the triangle may.
The orthocenter of a triangle is found at the intersection of the three altitudes of the triangle. Obtuse triangles contain altitudes which are found outside of the triangle, meaning their orthocenter must be outside of the triangle as well.
You cannot. An isosceles triangle cannot be scalene and a scalene triangle cannot be isosceles. So an isosceles scalene triangle cannot exist.
Every point in the plane outside the triangle can fall there!
It will, if the triangle is obtuse.
When the triangle is obtuse.