A cube and a rectangle all have 12 edges.
Since a cube's edges and faces are all congruent, it'll have all congruent edges. And since it's a cube, it has 12 edges. Therefore, it has 12 congruent edges.
Yes, all of its 12 edges are congruent
Any solid object with six faces is a hexahedron. A regular hexahedron (with 12 edges) is a cube where all the faces are squares An irregular hexahedron (with 12 edges) is a cuboid where two faces are equal squares and four are equal rectangles.
A cube has 12 edges as does an octahedron and those are the two platonic solids (convex polyhedra with congruent regular polygons as faces where the same number of faces meet at each vertice) with 12 edges.
If you mean 6 faces and 12 edges then a cube would fit the given description which also has 8 vertices.
They have 8 corners, 6 faces, and 12 edges. All faces are of the same area, all opposite faces are parallel and all edges are of the same length.
It is a cuboid or a cube
A cube's faces are always rectangular, but more specifically they are squares, a rectangle with adjacent, equal sides. So a cube's 12 edges are all the same length as each other.
The total length of a cuboid is the sum of all its edge lengths. A cuboid has 12 edges, with each edge connecting two vertices. Therefore, to find the total length, you would add together the lengths of all 12 edges. This can be calculated using the formula: Total Length = 2*(length + width + height).
A cube and a rectangle all have 12 edges.
Pick any edge. Measure its length. Multiply its length by 12.
They all have 12 edges becase if it has 6 sides 6x2 =12
A cube.
Since a cube's edges and faces are all congruent, it'll have all congruent edges. And since it's a cube, it has 12 edges. Therefore, it has 12 congruent edges.
Yes, all of its 12 edges are congruent
Any solid object with six faces is a hexahedron. A regular hexahedron (with 12 edges) is a cube where all the faces are squares An irregular hexahedron (with 12 edges) is a cuboid where two faces are equal squares and four are equal rectangles.