No.
-- Draw a line segment . . . a piece of a line, with ends. Leave enough roomat each end of the drawing for an upper-case character.-- Select one end of the line segment in the drawing. Near that end, write ' A ' .-- Near the other end of the segment, write ' B '.
None in the Roman alphabet.
It is a "normal line" or part of a "complete" or infinite line. You need segments or you would never be able to stop drawing one. You would be a lineman forever!
It is a 5 sided shape with the properties that any line segment between two vertices of the pentagon remain in the boundaries of that pentagon. It generalizes to polygons.
wat do you mean
They are L and V which will take the form of triangles
Pr2 Pie r squared That should work
The letters X L T
Polygons
Finding the midpoint of a segment Drawing a perpendicular line segment from a given point to a given segment Drawing a perpendicular line segment through a given point on a given segment Drawing a line through a given point parallel to a given line
Finding the midpoint of a segment Drawing a perpendicular line segment from a given point to a given segment Drawing a perpendicular line segment through a given point on a given segment Drawing a line through a given point parallel to a given line
Finding the midpoint of a segment Drawing a perpendicular line segment from a given point to a given segment Drawing a perpendicular line segment through a given point on a given segment Drawing a line through a given point parallel to a given line
Finding the midpoint of a segment Drawing a perpendicular line segment from a given point to a given segment Drawing a perpendicular line segment through a given point on a given segment Drawing a line through a given point parallel to a given line
This is true.
C. I. H. F.
This is false. The statement would be true for regular polygons, but not all polygons are regular.