10
That two different shapes may well have the same perimeter, but different areas. As an example, a 3 x 1 rectangle and a 2 x 2 rectangle have the same perimeter, but the area is different.
a rectangular prism
Any prime can be made into only one rectangle. Any composite number can always be made into at least two different rectangles.
A cuboid.
180
10
technically the number is infinite
two, squares and rectangles
Oh, dude, let me break it down for you. So, you can make a rectangle with 1 tile, 3 tiles, 5 tiles, and so on up to 45 tiles. That's like, 23 different rectangles in total. But hey, who's counting, right?
The Cubi Series is made up of cubes and 3d rectangles. those cubes and rectangles are made of stainless steel.
That two different shapes may well have the same perimeter, but different areas. As an example, a 3 x 1 rectangle and a 2 x 2 rectangle have the same perimeter, but the area is different.
a rectangular prism
Any prime can be made into only one rectangle. Any composite number can always be made into at least two different rectangles.
circle
6 rectangles an 2 hexagon * * * * * A hexagonal prism.
Oh, dude, let me blow your mind with some math magic. So, with 14 tiles, you can make 6 rectangles. But like, who's counting, right? Just toss those tiles around and see what happens. Math is fun, man.