Squares, rectangles, and the rhombus.
A cuboid.
A 3-d shape with 6 equal faces is a cube. It has 6 squares as it's faces. A 3-d shape with 6 equal faces and only 2 squares is a rectangular prism. It has 2 squares and 4 other rectangles (squares are rectangles too) as it's faces.
Triangular Prism
Cuboid.
Squares, rectangles, and the rhombus.
A square based prism.
A cuboid.
This is a Cuboid.
Oh, dude, it's like a no-brainer. That shape you're talking about is a rectangular prism. It's got six faces, and each face is a rectangle. So, yeah, it's like a fancy way of saying a box.
A 3-d shape with 6 equal faces is a cube. It has 6 squares as it's faces. A 3-d shape with 6 equal faces and only 2 squares is a rectangular prism. It has 2 squares and 4 other rectangles (squares are rectangles too) as it's faces.
A square cross-section cuboid would fit the given description
Rectangles, Squares, Triangles, Headron, and pretty much everything else except a circle/sphere, 2D and 3D respectivly.
Triangular Prism
Cuboid.
No, a square is a 2d shape, although a 3d shape can be made using multiple squares at different angles than 180 or 0 to each other.
Almost any 2D/3D shape has more than one vertex. Triangles, squares, rectangles etc. etc.