## Triangles by three Elements

Triangles are determined by three exterior magnitudes (sides or angles) if one of the following congruencies are complied.:

**sss** three sides are given.
**sww** one side and two angles are given.
**sws** two sides and the enclosed angle are given.
**Ssw** two sides and the angle opposite of the greater side are given.

Enter three exterior magnitudes (sides or angles), then the program computes the sides, the angles, the altitudes,
the medians and the bisectors of the angles, the circumference and the area as well as the centers and radiuses of the inscribed
and the circumscribed circle of the triangle.

In addition the program draws the triangle with its inscribed and circumscribed circles.

If you enter two sides and the angle opposite of the shorter side, you get two solutions if they exist.

### Example:

Given: a=6, b=4 and α=60°
Vertices : A(1|1) B(7,899|1) C(3|4,4641)
Sides : 6 4 6,89898
Angles : 60° 35,2644° 84,7356°
Altitudes : 3,98313 5,97469 3,4641
Medians : 4,77472 6,148 3,75513
Bisectr. : 4,38551 6,11664 3,5464
Circumcir.: M(4,44949|1,31784) ru = 3,4641
Incircle : O(3,44949|2,41421) r i = 1,41421
Area : A = 11,9494 Perimeter : u = 16,899

### See also:

Adjusting the Coordinate System