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Cube Nets / Templates / Squares
von lgbu
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#####Cube Nets/Templates/Squares
A cube can be flattened into a connected piece, often known as a net. A net can be accordingly folded back to a cube. There are 11 distinct nets one can obtain from a cube. In addition to elementary shape constructions, there are numerous questions one can ask about the nets such as perimeters and vertex-edge relations.
The present design allows one to play with the cube and its nets. Of course, other activities are possible as one adds more squares. The design challenge has to do with the thickness of the squares and the positioning of the connectors. Certainly, a pure mathematical square NO thickness, which in the physical dimension has to be taken into account in the design process.
####Among the Files
1. Single square (50mm^2, 4mm thick)
2. Six interlocked squares (50mm^2, not a net), which need to be separated for cube building.
####To Print
1. Print the single square one by one or in a number that fits your printer bed.
2
A cube can be flattened into a connected piece, often known as a net. A net can be accordingly folded back to a cube. There are 11 distinct nets one can obtain from a cube. In addition to elementary shape constructions, there are numerous questions one can ask about the nets such as perimeters and vertex-edge relations.
The present design allows one to play with the cube and its nets. Of course, other activities are possible as one adds more squares. The design challenge has to do with the thickness of the squares and the positioning of the connectors. Certainly, a pure mathematical square NO thickness, which in the physical dimension has to be taken into account in the design process.
####Among the Files
1. Single square (50mm^2, 4mm thick)
2. Six interlocked squares (50mm^2, not a net), which need to be separated for cube building.
####To Print
1. Print the single square one by one or in a number that fits your printer bed.
2
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