Two sides and the included angle of one triangle must be congruent to two sides and the included angle of the other.
The triangles must be congruent.
False
Nothing. If a side ,an angle, and a side are the same the triangles are congruent.
1. There are two right triangles. 2. They have congruent hypotenuses. 3. They have one pair of congruent legs.
Two sides and the included angle of one triangle must be congruent to two sides and the included angle of the other.
The triangles must be congruent.
False
False dood
Nothing. If a side ,an angle, and a side are the same the triangles are congruent.
1. There are two right triangles. 2. They have congruent hypotenuses. 3. They have one pair of congruent legs.
Yes, similar triangles are congruent because in order to be congruent they must first be equal. Which in turn is the definition of a similar triangle. A triangle equal in angle measurements and/or side lengths. So, yes.
The SAS theorem is used to prove that two triangles are congruent. If the triangles have a side-angle-side that are congruent (it must be in that order), then the two triangles can be proved congruent. Using this theorem can in the future help prove corresponding parts are congruent among other things.
The two legs must be corresponding sides.
No, congruent triangles are always similar but similar triangles and not always congruent. Imagine that similar triangles can be created on a copy machine enlarge and shrink the image, turn it, even turn it over, the angles remain the same. A congruent triangle must be exactly the same as the original. Hope this helps!
To be congruent, the three angles of a triangle must be the same and the three sides must be the same. If triangles TRS and WUV meet those conditions, they are congruent.
The 2 triangles can be of any type (e.g isosceles, equilateral, etc.), only they must be exactly the same if they are congruent, i.e one triangle must be an exact copy of the other one.