A regular hexagon has 3 pairs of parallel sides (6 sides).
A regular hexagon has 6 parallel sides (3 pairs)
It is possible but not necessary for a hexagon to have 3 pairs of parallel sides. In particular, a regular hexagon has 3 pairs of parallel sides.
Yes, a regular hexagon has 3 pairs of parallel lines. The opposite sides are parallel.
This is possible, but not necessary. A regular hexagon has 3 pairs of parallel lines, making 6 parallel sides altogether.
A regular hexagon has 3 pairs of parallel sides (6 sides).
A regular hexagon has 6 parallel sides (3 pairs)
It is possible but not necessary for a hexagon to have 3 pairs of parallel sides. In particular, a regular hexagon has 3 pairs of parallel sides.
Yes, a regular hexagon has 3 pairs of parallel lines. The opposite sides are parallel.
A regular hexagon has three pairs of parallel sides. An irregular hexagon can have two, one or none.
A hexagon can have 0, 1, 2 or 3 pairs of parallel sides. A regular hexagon has 3 pairs of parallel sides. A hexagon can also have 2 sets of 3 parallel sides! If you are allowed to count sides in more than one pair, this would be 6 pairs of parallel sides!
This is possible, but not necessary. A regular hexagon has 3 pairs of parallel lines, making 6 parallel sides altogether.
Providing that it is a regular 6 sided hexagon then it will have 3 pairs of opposite parallel sides. Though an irregular hexagon (shaped as the outline of an L) can have 2 sets of three parallel sides.
This is possible, but not necessary. A regular hexagon has 3 pairs of parallel lines, making 6 parallel sides altogether.
A hexagon has three pairs of parallel sides. A pentagon has no lines parallel. Above answer is correct but only if they are regular hexagon and pentagons. A non-regular hexagon can have as little as none parallel lines. A non-regular pentagon can have two parallel lines.
A regular hexagon perhaps?
Three pairs: all six sides are members of a parallel pair.