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There is no specific name for such lines.
They could be called "mutual bisectors" but, as far as I know, I have just now created that term.
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∙ 11y ago
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What contains at least two distinct intersecting lines?
A shape that contains at least two distinct intersecting lines is a figure called a cross. A cross consists of two lines that intersect perpendicularly at their midpoint.
How many lines of symmetry hexagon have?
Six - three from diagonal to diagonal, three from midpoint of a side to midpoint to a side.
Can two distinct lines have two points in common?
Not if they are straight lines.
What are adjecent lines?
If the two lines have a common ponts.
What is the name of two or more lines meeting at some common point?
Two or more lines meeting at a common point are called intersecting lines.
Lines that have a point in common are called?
Midpoint
What are called two rays with a common endpoint?
Midpoint
5 ways to divide a square into 4 equal parts?
1.25
What contains at least two distinct intersecting lines?
A shape that contains at least two distinct intersecting lines is a figure called a cross. A cross consists of two lines that intersect perpendicularly at their midpoint.
Can you show two lines of symmetry on a pentagon?
Yes! You can actually show five lines of symmetry. Each one goes from the vertex to the midpoint of the opposite side.
How many lines of symmetry hexagon have?
Six - three from diagonal to diagonal, three from midpoint of a side to midpoint to a side.
Can two distinct lines have two points in common?
Not if they are straight lines.
What are adjecent lines?
If the two lines have a common ponts.
What is the name of two or more lines meeting at some common point?
Two or more lines meeting at a common point are called intersecting lines.
What are adjacent lines?
Adjacent lines are any two lines that meet at a common vertex.
What is two lines in the same plane if they have no common points?
The lines are PARALLEL.
How do you draw a square with 8 equal parts?
Draw a square. Add the two diagonals. Draw lines from the midpoint of each side to the midpoint of the opposite side. You will now have a square divided into 8 congruent [isosceles, righ-angled] triangles
