No isosceles triangle in the world is congruent to any equilateral triangle. No equilateral triangle in the world is congruent to any right triangle.
all the angles measure up to be the sameTwo segments that are both congruent to a third segment must be congruent to each otherAll of the radii of a circle are congruent
The answer to this question is Two segments that are both congruent to a third segment must be congruent to each other All of the radii of a circle are congruent You're welcome.
No
It will be either isosceles or equilateral. It is equilateral if all of the angles are congruent.
AB and BC are both radii of B. To prove that AB and AC are congruent: "AC and AB are both radii of B." Apex.
Such a triangle is said to be EQUILATERAL. Note that if all three sides are congruent, all three angles are also congruent.
No isosceles triangle in the world is congruent to any equilateral triangle. No equilateral triangle in the world is congruent to any right triangle.
all the angles measure up to be the sameTwo segments that are both congruent to a third segment must be congruent to each otherAll of the radii of a circle are congruent
The answer to this question is Two segments that are both congruent to a third segment must be congruent to each other All of the radii of a circle are congruent You're welcome.
A triangle is the same as a equilateral triangle because a equilateral triangle is a triangle but it is congruent on all sides
An equilateral triangle
It is an equilateral triangle
No
It will be either isosceles or equilateral. It is equilateral if all of the angles are congruent.
Use a straightedge to draw a line segment from A to one of the points where the two circles intersect.
an equilateral triangle