It can have none, one (1 pair), two (2 pairs), 3 (one triplet), 4 (two pairs), 5 (one pair + one triplet) or 6 (three pairs or two triplets) of parallel lines.
It has 9 diagonals whether or not if its a regular or an irregular hexagon
Parallel lines within a circle are infinite.
A regular hexagon as no right angles. An irregular hexagon could have from none to as many as five right angles.
6 lines of symmetry for a 2-d hexagon
A regular hexagon, which is a six-sided polygon, has 6 lines of symmetry. These lines can be drawn through each vertex and the midpoint of the opposite side, as well as through the midpoints of opposite sides. An irregular hexagon, however, may have fewer lines of symmetry depending on its specific shape.
Ah, an irregular hexagon is a special shape that can have different numbers of lines of symmetry. Each side must match up perfectly with another side for it to have a line of symmetry. So, depending on how the sides are arranged, an irregular hexagon can have anywhere from 0 to 6 lines of symmetry. Just remember, each one is unique and beautiful in its own way.
It has 9 diagonals whether or not if its a regular or an irregular hexagon
It has 8 parallal lines:)
it really dependa on the deets
6
6
Parallel lines within a circle are infinite.
There isn't really a good straight answer for that - if it's irregular, then it would completely depend on the hexagon...
For a regular hexagon I can find 6. For an irregular hexagon I can find fewer.
A regular hexagon as no right angles. An irregular hexagon could have from none to as many as five right angles.
A regular hexagon has six lines of symmetry.
if it's a regular hexagon it has 6 lines of symmetry