True
If two line segments have the same length, it must be true that they are congruent, meaning they can be considered equivalent in terms of distance. However, this does not necessarily mean they are positioned in the same location or orientation in space. Additionally, they may not be parallel or intersecting; they can exist in different geometrical contexts while still sharing the same length.
False. They can only be straight line segments: there cannot be any curved line segments.
true
An obtuse triangle must have two acute angles and these can be congruent.
They are congruent.
True
True
They must be the same length.
It Separates BC (Line on top) into two congruent line segments.
true
If two line segments have the same length, it must be true that they are congruent, meaning they can be considered equivalent in terms of distance. However, this does not necessarily mean they are positioned in the same location or orientation in space. Additionally, they may not be parallel or intersecting; they can exist in different geometrical contexts while still sharing the same length.
If by "equal" you mean "equal in length", yes, that is the same as "congruent".
False. They can only be straight line segments: there cannot be any curved line segments.
The triangles must be congruent.
That seems to be true. Sides pretty much are line segments, and the angles are the end points.
True