,
,
- sides
,
,
- angles
,
- legs
- hypotenuse
,
- acute angles at the hypotenuse
1. The height of a right triangle if you know sides and angles
,
- legs of a right triangle
- hypotenuse
,
- acute angles at the hypotenuse
- height from the vertex of the right angle
2. The height of a triangle if you know segments of the hypotenuse obtained by dividing the height
- hypotenuse
- segments obtained by dividing the height
- height from the vertex of the right angle
1. The bisector of a right triangle, from the vertex of the right angle if you know sides and angle
,
- legs
- hypotenuse
- acute angle at the hypotenuse
- bisector from the vertex of the right angle
2. The bisector of a right triangle, from the vertex of the acute angle if you know sides and angles
,
- legs
- hypotenuse
,
- acute angles at the hypotenuse
- bisector from the vertex of the acute angle
,
- legs
- hypotenuse
- acute angle at the hypotenuse
- radius of Circumcircle
- diameter of Circumcircle
- median from the vertex of the right angle
- equal sides
- height = bisector = median
1. The height of a triangle if you know all sides
,
,
- sides
- semiperimeter
- height measured at right angle to the base
2. The height of a triangle if you know side and angle or area and base
,
- lateral sides
- base
,
- angles at the base
- area of a triangle
- height measured at right angle to the base
3. The height of a triangle if you know sides and radius of the circumcircle
,
- lateral sides
- radius of the circumcircle of a triangle
- circumcenter
- height measured at right angle to the base
,
,
- sides
- line segments obtained by dividing the bisector
- angle ABC divided by a bisector in half
- semiperimeter
- bisector segment |OB|, dividing the angle ABC in half
,
,
- sides
- angle ABC
- median segment |OB|, dividing the side
in half
- equal sides
- base
- angles at the base
- angle formed by the equal sides
- equal sides
- base
- angles
- angle formed by the equal sides
- height = bisector = median