The hypotenuse. It is used to measure height. Very simple equation.
The segment that passes through a vertex and is perpendicular to the opposite side is called the altitude of the triangle.
Perpendicular bisector.
This line is called the bisector (German Halbierende, Dutch bissectrice, Swedish bisektris).In an isosceles triangle the bisector of the side opposite the unequal angle is also perpendicular to that side.In an equilateral triangle all bisectors are perpendicular to the opposite sides.The point in which all bisectors meet in a triangle is called its barycenter (English from Greek meaning "center of gravity") and if the triangle were made of a homogeneous material of infinitesimal height (that is, if it were two-dimensional) it would be indeed its center of gravity.
Yes. If it is a right triangle, the angle opposite the hypotenuse will be right, 90o, therefore if the lines forming the angle were to continue, they would be perpendicular. What's the question?
I believe this is called the perpendicular bisector.
The segment that passes through a vertex and is perpendicular to the opposite side is called the altitude of the triangle.
Perpendicular bisector.
An Altitude.
it is called an altitude
This line is called the bisector (German Halbierende, Dutch bissectrice, Swedish bisektris).In an isosceles triangle the bisector of the side opposite the unequal angle is also perpendicular to that side.In an equilateral triangle all bisectors are perpendicular to the opposite sides.The point in which all bisectors meet in a triangle is called its barycenter (English from Greek meaning "center of gravity") and if the triangle were made of a homogeneous material of infinitesimal height (that is, if it were two-dimensional) it would be indeed its center of gravity.
It's called a perpendicular bisector of the line segment.
Yes. If it is a right triangle, the angle opposite the hypotenuse will be right, 90o, therefore if the lines forming the angle were to continue, they would be perpendicular. What's the question?
Assuming that you meant midpoint, it is a median.
I believe this is called the perpendicular bisector.
perpendicular bisector
Sure. There's even a special name for that line. It's called the "perpendicular bisector" of the segment.
The perpendicular sides of a right triangle are its legs. The remaining side is the hypotenuse.