There are an infinite number of solids with a volume of 24 cubic cm. Cuboids with sides of (1,1,24), (1,2,12), (1,3,8), (1,4,6), (2,2,6), (2,3,4) are some. In addition, there are cuboids with sides of fractional length, such as (1,2.4,10), (.1,1,240), (.01,1,2400) etc. And then there are other polyhedra such as tetrahedrons (pyramids), spheres, cones, cylinders, prisms and many many more.
25
Cuboids are not always similar.
Four.
6
A laptop consists of two shapes, each an approximate cuboid, that are hinged together. If they were exact cuboids, the answer would be 12 sides. But they are not. The "sides" are curved, which complicates matters.
That would obviously depend on how big you want your cuboids.
There are an infinite number of solids with a volume of 24 cubic cm. Cuboids with sides of (1,1,24), (1,2,12), (1,3,8), (1,4,6), (2,2,6), (2,3,4) are some. In addition, there are cuboids with sides of fractional length, such as (1,2.4,10), (.1,1,240), (.01,1,2400) etc. And then there are other polyhedra such as tetrahedrons (pyramids), spheres, cones, cylinders, prisms and many many more.
There are many possible answers:Hexagonal pyramidQuadrilateral based bipyramidHexahedrons (including cuboids and cubes)There are many possible answers:Hexagonal pyramidQuadrilateral based bipyramidHexahedrons (including cuboids and cubes)There are many possible answers:Hexagonal pyramidQuadrilateral based bipyramidHexahedrons (including cuboids and cubes)There are many possible answers:Hexagonal pyramidQuadrilateral based bipyramidHexahedrons (including cuboids and cubes)
A cuboid has 8 vertices so 5 cuboids have 5*8 = 40 vertices.
They may not be. Consider a rectangular cuboid. This is a solid six sided object that does NOT have all sides equal. Some cuboids certainly do have all sides equal.
25
Cuboids are not always similar.
Twenty
They have 12 corners. No more or no less!
Four.
6