7?
An isosceles trapezoid would fit the given description
In an equilateral triangle, you can draw infinitely many parallel lines to any one of its sides. However, if you're referring to the lines that can be drawn parallel to a specific side, there are still infinitely many options. These lines will never intersect the side they are parallel to, regardless of how far they extend.
Six - three from diagonal to diagonal, three from midpoint of a side to midpoint to a side.
No side of a triangle is ever parallel to any other side of the same triangle.
no paralle lines are side by side and will NEVER cross
An isosceles trapezoid would fit the given description
it has two lines of symmetry.. up and down and side to side
20
I counted 8. From side-to-side and from point-to-point.
A cross has 1 side. And that side is the point that the 2 lines share.
In an equilateral triangle, you can draw infinitely many parallel lines to any one of its sides. However, if you're referring to the lines that can be drawn parallel to a specific side, there are still infinitely many options. These lines will never intersect the side they are parallel to, regardless of how far they extend.
Six - three from diagonal to diagonal, three from midpoint of a side to midpoint to a side.
the side with the lines on it if it doesnt have lines it is either side
Lines that go side to side, but never touch, are known as parallel lines. The two railway lines on which a train runs along is a common example of parallel lines.
parallel lines
A cross has 1 side. And that side is the point that the 2 lines share.
No side of a triangle is ever parallel to any other side of the same triangle.