Four.
Three.
There are only four different configurations.
Ignoring rotations, there are 3 distinct solutions.
There are many options: 2 rectangular prisms 2 cubes 2 parallelepipeds 2 tetrahedrons 2 square based pyramids are some possibilities using convex polyhedra.
A rectangular prism that is 4 cubes by 2 cubes is made up of 8 cubes.
Three.
There are only four different configurations.
Just one, although the orientation of the prism might vary.
6 i think
Ignoring rotations, there are 3 distinct solutions.
2 cubes = 4 prisms
The answer depends on the number. Note that the question does not require the solids to be in the form of cubiods (rectangular prisms).
three.1 cube x 1 cube x 18 cubes1 cube x 2 cubes x 9 cubes1 cube x 3 cubes x 6 cubes
There are many options: 2 rectangular prisms 2 cubes 2 parallelepipeds 2 tetrahedrons 2 square based pyramids are some possibilities using convex polyhedra.
Depends where you make the cut Across the planes it is a CUBOID Across the corners it is PYRAMID .
You can have the 18 as prisms, OR.. they can be cut up into an infinite number of different prisms, as many as your tools for cutting it can make.
A rectangular prism that is 4 cubes by 2 cubes is made up of 8 cubes.