173.2cmTo achieve 100mm sides you start with a 200mm wide bit of wood https://www.omnicalculator.com/math/hexagon
173.2cmTo achieve 100mm sides you start with a 200mm wide bit of wood https://www.omnicalculator.com/math/hexagon
That's not the overall width, that's the diagonal width which is irrelevant and no use to the OP if he used the method described in the video.173.2cm
That's not the overall width, that's the diagonal width which is irrelevant and no use to the OP if he used the method described in the video.
Sorry Freddy, if he wants hexagons with sides of 100mm, using the method in the video, he wants to start with a length of wood 173mm wide.


If you're going to talk about fitting a shape onto something in single dimensions, you need to talk about the longest one, which is (minimally) 193mm in this case, not the shortest one, which I agree is 173mm@endecotp has it right. The board needs to be 173.2mm wide.
The height of an equilateral triangle with sides of 100mm is 86.6mm so the board needs to be the height of two triangles point to point
Only if youre going to make the length of the board the distance from one point to the opposite point, the 200mm distance mentioned by FMT and Harry. If you're using single dimensions, talk about a square so that it doesn't matter if it's the width or the height; 193mmThe width of the board needs to be the distance from one edge to the opposite edge, right?

If you're going to talk about fitting a shape onto something in single dimensions,
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