{{Geomag-construction|Title={{PAGENAME}}|Filename=Cuboctahedron.jpg|Caption=The cuboctahedron using red and yellow rods highlighting the 4 [[Wikipedia:Hexagon|hexagons]].|Type=[[Archimedean Solids|Archimedian solid]]|Triangles=8||Squares=6||Rods=24|Balls=12|Author=[[User:Amafirlian|Amafirlian]] 9 February 2007}}

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{{Geomag-construction|PageTitle=Cuboctahedron|Title=Cuboctahedron|Filename=Cuboctahedron.jpg|Caption=The cuboctahedron using red and yellow rods highlighting the 4 [[Wikipedia:Hexagon|hexagons]].|Type=[[Archimedean Solids|Archimedean solid]]|Triangles=8||Squares=6||Rods=24|Balls=12|Author=[[User:Amafirlian|Amafirlian]] 9 February 2007}}

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[[Archimedean Solids|Archimedian solid]] containing 2 triangles and 2 squares in alternating sequence around each vertex ('''3-4-3-4''').

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[[Archimedean Solids|Archimedean solid]] containing 2 triangles and 2 squares in alternating sequence around each vertex ('''(3.4)<sup>2</sup>''').

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The cuboctahedron is the only uniform polyhedron where the side length is equal to the circumradius. As such, it can optionally be constructed with a sphere in the center and 12 rods connecting it to each vertex.

== Building Instructions ==

== Building Instructions ==

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* Keep the balls magnetically neutral by [[Balanced polarity|balancing the polarities around each vertex]] for maximum strength.

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* Keep the spheres magnetically neutral by [[Balanced polarity|balancing the polarities around each vertex]] for maximum strength.

Archimedean solid containing 2 triangles and 2 squares in alternating sequence around each vertex ((3.4)^{2}).

The cuboctahedron is the only uniform polyhedron where the side length is equal to the circumradius. As such, it can optionally be constructed with a sphere in the center and 12 rods connecting it to each vertex.