Im not math guru, but i believe the correct answer is 4. i.e) 1x36 2x18 3x12 4x9 6x6 <-- this would be a square of cource ** Depending on if you are counting a 1x36 triangle laying horizontal the same as vertical ...IF you are counting them as different than your answer is 8.
There would be an infinite number of rectangles possible
8
Factors of 36 are 1, 2, 3, 4, 6, 9, 12, 18, and 36. So, there are 5 rectangles with an area of 36 cm^2 is 5.
the answer is 12
Two.
One.
yes they can
Using all five tiles, only one rectangle can be made. (1 tile wide by 5 tiles long) Using less than all five tiles, you could make six different rectangles. (squares are technically rectangles too.) The rectangles possible would be: 1 tile wide by 5 tiles long, 1 wide by four long, 1 wide by 3 long, 1 wide by 2 long, 1 wide by 1 long, and 2 wide by 2 long.
Assuming that you have to use all the rectangles, you have a few options:1x453x155x9Therefore, you are able to make three different rectangles.
The number of rectangles you can build with a prime number of tiles depends on many factors such as shape, size, and uniformity of the tiles.
The answer depends on the number of tiles.
If you have to use all of them, 1.
One.
1
5 rectangular shapes. But 9 if, for example, a 3*12 rectangle is considered as being different from a 12*3 rectangle.
There are infinitely many of them. Any rectangle with dimensions 2*a where a > 22 cannot b made. So, 2*23, 2*24, 2*25, and so on.