answersLogoWhite

0

Since triangles have three sides and must have interior angles equal to pi or 180o, the three interior angles in all equilateral triangles will be pi/3 or 60o.

However, equilateral triangles must also have equal side lengths. Since equilateral triangles with interior angles of 60o will not necessarily have the same side lengths, two equilateral triangles will sometimes be similar to each other.

User Avatar

Wiki User

15y ago

What else can I help you with?

Related Questions

Two equilateral triangles are sometimes similar?

Two equilateral triangles are always similar!


Are two obtuse triangles always similar?

Not always, sometimes two obtuse triangles are similar and sometimes they are not similar.


Which types of triangles are always similar?

Equilateral triangles are always similar because the will always have sixty-degree angles, and the sides will always have the same 1:1:1 ratio.


Is an altitude always sometimes or never an angle bisector?

sometimes, the altitude of isosceles triangles resting on their base and equilateral triangles are angle bisectors


Are two obtuse triangles sometimes always or never similar?

sometimes


Are two arbitrarily chosen equilateral triangles similar?

Yes. Corresponding angles of the two triangles are always equal, and lengths of corresponding sides are always in the same ratio.


Are a scalene triangle and an isoceles triangles sometimes always or never similar?

Sometimes similar but it depends


Are Two isosceles triangles are sometimes always or never similar to each other?

Sometimes.


Is two equilateral triangles always equal?

lol


Are equilateral triangles equiangular?

Yes, all the angles of an equilateral triangle are always 60 degrees.


Are some right triangles are also equilateral triangles?

No because all right triangles have 2 legs and a hypotenuse. The hypotenuse is always longer than either leg so right triangles can't be equilateral triangles.


What polygon is always regular?

Squares, rhombera, and equilateral triangles are always regular.