Yes, angles are congruent when their side measures are the same, specifically in the case of triangles. If two angles have sides of equal length, they can be considered congruent due to the properties of isosceles triangles or by using the Side-Angle-Side (SAS) or Angle-Side-Angle (ASA) congruence criteria. However, for angles outside of triangles, having the same side lengths does not guarantee congruence unless the angles are formed in a context where their measures can be directly compared.
Same side interior angles are congruent to their vertical angles.
They can be.
Yes, they are. IF the side is between the two angles in both triangles,and all three items flow in the same direction in both triangles.
If all the angle and side measures are the same, then yes, they're all congruent.
If two triangles have equivalent angle measures, they are similar, but not necessarily congruent. Similar triangles have the same shape but can differ in size, meaning their corresponding sides are proportional, but not necessarily equal. Congruent triangles must have both equal angles and equal side lengths. Therefore, while equivalent angles imply similarity, they do not guarantee congruence.
Congruent Triangles have the same angles and side length measures
Same-side interior angles are supplementary. They are not always congruent, but in a regular polygon adjacent angles are congruent.
Same side interior angles are congruent to their vertical angles.
angles and side length measures
They can be.
The sides are the same length and internal angles the same
Corresponding angles.
Congruent means exactly the same in size and angles. Only the two side angles are equal for a kite that is not a square.
Congruent angles are of the same size as for example 85 degrees is congruent to 85 degrees
I believe those would be corresponding angles?
Yes, they are. IF the side is between the two angles in both triangles,and all three items flow in the same direction in both triangles.
If all the angle and side measures are the same, then yes, they're all congruent.