Isn’t there a difference between “the most squares fit into a square” and “a collection of squares optimized for maximum small-square area inside of a larger square”? If there’s a difference in solutions, what would the solution for the latter actually be?
I’m sure a big square inside the main square would have a higher surface area than this. Calculations over the top of my head tell me this, but then again, I didn’t publish an article on the subject.
Isn’t there a difference between “the most squares fit into a square” and “a collection of squares optimized for maximum small-square area inside of a larger square”? If there’s a difference in solutions, what would the solution for the latter actually be?
Mathematicians halp plz
I’m sure a big square inside the main square would have a higher surface area than this. Calculations over the top of my head tell me this, but then again, I didn’t publish an article on the subject.