Can /off/ solve it?

[forgotusernameagain]

You have 9 square tiles and a 3x3 square grid you can place them into. How many smaller rectangles can you create in the grid? Note that the position of a rectangle matters, and that a square is a rectangle.
Here's an example:

These would be considered two different rectangles.
If you can do this one, try solving this in the nxn case, or do non-square grids. Both lead to interesting results.

 

[𓅰𓅪𓃯]

bout tree fiddy

 

[BURN NIGGERS RAPE ALL NIG]

like 2

 

[_73]

6 or 7

 

[pig]

I remember when questions like these (and the infamous one involving PEMDAS tricks) were viral on Faceberg many years ago. Whenever one happens to resurface, I just assume the question itself is a trick, or that the wording is deceptive. And I refuse to answer it. Partially because I am dummyed, but I do end up being correct 85% of the time.

 

[Nvtral]

ughhhh noob i dont want to do mathsssssssss take this shit offffffffff

 

[forgotusernameagain]

I remember when questions like these (and the infamous one involving PEMDAS tricks) were viral on Faceberg many years ago. Whenever one happens to resurface, I just assume the question itself is a trick, or that the wording is deceptive. And I refuse to answer it. Partially because I am dummyed, but I do end up being correct 85% of the time.

not unreasonable to assume but this is a real one with a real answer

 

[CX2]

only 1

 

[Zuse]

uh 13?

 

[Dagonet]

8 maybe

 

[CX2]

uh 13?

@Quote rule 13 now

 

[1876 o algo]

Left

 

[FartmingerFuckwadCheesest]

Two squares is a short ass rectangle. A rectangle is three squares long, therefore, two rectangles for each box. Now, where's my participation trophy?

 

[Dagonet]

Two squares is a short ass rectangle. A rectangle is three squares long, therefore, two rectangles for each box. Now, where's my participation trophy?

 

[⸻⸻⸻]

something

 

[condolana]

nusois think people put thought into this site

 

[⸻⸻⸻]

I KNOW THE ANSWER!

 

[Chud]