No. Two regular hexagons are always similar to each other, but two random hexagons are not necessarily similar.
Decagons have 10 lines of symmetry i dont know where
A regular decagon has rotational symmetry = 10.For irregular decagons, it could be less (either 2 or none.)
A regular decagon will have 5 pairs of parallel sides, however, irregular decagons can have no parallel sides.
Yes, regular polygons will have all sides equal length, and all angles the same. If two polygons of the same number of sides are 'regular' then those two polygons will be similar (they may be scaled, for example).
yes definitely you can tesselate a regular haxagon
There are a number of polygons that are similar to it but if you mean things that look like decagons than nonagon, undecagon, dodecagon, and octagon.
All angle of two similar regular polygons must be equal.
no.
measure the perimeter then measure from the EXACT center to a side multiply this only works on regular decagons!
Decagons have 10 lines of symmetry i dont know where
No. Two regular hexagons are always similar to each other, but two random hexagons are not necessarily similar.
A regular decagon has rotational symmetry = 10.For irregular decagons, it could be less (either 2 or none.)
A regular decagon will have 5 pairs of parallel sides, however, irregular decagons can have no parallel sides.
There are many ways of classifying decagons. There are convex or concave dodecagons. Or they can be classified as regular, equiangular-irregular, equilateral-irregular or fully irregular.
If the prism is based on regular decagons and it is a right prism, all 12 faces.
Yes, regular polygons will have all sides equal length, and all angles the same. If two polygons of the same number of sides are 'regular' then those two polygons will be similar (they may be scaled, for example).