A cube.
To find the total length of the edges of a cube, you would multiply the number of edges by the length of each edge. Since a cube has 12 edges, you would multiply 12 by the length of one edge. For example, if the length of each edge is 5 cm, the total length of the edges would be 12 edges x 5 cm = 60 cm.
it is a dodecagon
An isosahedrons has 12 edges many. A cube is one example.
A cube or a cuboid could have 12 edges, 8 vertices, and 6 faces.
Dodecagon Dodeca = 12, gon = sides
If you mean 6 faces and 12 edges then a cube would fit the given description which also has 8 vertices.
A shape with 12 edges of the same length is a regular dodecahedron. This three-dimensional polyhedron consists of 12 regular pentagonal faces, with three edges meeting at each vertex. The regular dodecahedron is one of the five Platonic solids, characterized by its symmetrical properties and uniform edge lengths.
A shape with more than 12 edges is a dodecahedron which has 30 edges
To find the total length of the edges of a cube, you would multiply the number of edges by the length of each edge. Since a cube has 12 edges, you would multiply 12 by the length of one edge. For example, if the length of each edge is 5 cm, the total length of the edges would be 12 edges x 5 cm = 60 cm.
One shape that has 12 edges is a cube. Any cuboid shape in general like a traditional cube or even an oblong can have 12 edges.
A rectangular prism can have 12 edges, but not every shape with 12 edges is a rectangular prism.
dodecagon
A cube
it is a dodecagon
A cuboid has 12 edges, 6 faces and 8 vertices
It has 12 edges and 6 faces
An isosahedrons has 12 edges many. A cube is one example.