There would be 8 faces. Each square pyramid has 1 square face (its base) and 4 triangular faces. When you glue the squares together, you get a new polyhedron with 8 faces.
A square.
A regular octahedron - two square based pyramids stuck together along their square bases.
Main difference is that square pyramids have square bases, cones have circular bases. For this reason, they're calculated differently.
Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular.
A hexahedron is two triangular pyramids with their bases glued together.
A square.
A regular octahedron - two square based pyramids stuck together along their square bases.
an octahedron: basically two square based pyramids with their bases stuck together.
Depending on the type of pyramid, it varies. Most pyramid types (including square, rectangle, octagonal, etc. pyramids) do not have congruent bases and faces, though some may have a few similar faces. Only one pyramid, the triangular pyramid, has a triangle for the base and all of the faces, which are congruent.
Pyramids are constructed from triangular shapes and can have square or triangle bases
pyramids are prisms. * * * * * Pyramids are not prisms nor are prisms pyramids. A pyramid has one polygonal base. Each side of that polygon is connected to a triangle, whose third vertices meet at a point above the base of the pyramid. A prism has two congruent polygonal bases that are parallel to one another. They are joined together by rectangles.
they are different because there bases are different
Main difference is that square pyramids have square bases, cones have circular bases. For this reason, they're calculated differently.
Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular. Look at the prism. If all faces are rectangular (or square) then so are the bases. Otherwise they are the two congruent parallel faces that are not rectangular.
Cones, pyramids, and spheres don't, and I'll bet I could name even more if I thought about it.
When a base is congruent it is the same shape and size, and parallel is when they will never touch. Therefore, on a square the top and bottom are congruent parallel bases. Some other examples are: Cylinders, rectangular prisms, and of course parallelograms.
it is a congruent