Mar 1, 2026 · I'm thinking of a specific object 퐶. It consists of a symbol 퐸 and a symbol 퐻. Half of 퐸 is 푇. 퐻 split in half is exactly less than 푇. Now, if 퐸 is "of" 퐻 you'll get the object...

Mar 3, 2025 · $x^2$ is read as 'x squared' and $x^3$ is read as 'x cubed' I would have naively thought then that $x^4$ could be read as 'x tesseract-ed' or something similar.

Apr 7, 2026 · Two quarter circles of radius 1 are inscribed in a 1 × 2 rectangle as shown below. Each side of the rectangle has a corner of one of the quarter circles. Wherever things appear to be …

Apr 7, 2026 · There exists a code by which the words MARS, MOP, RAJ and HALEST (among others) can be mapped to specific flags (see the image below). Using this same code, to the flag of which …

Apr 7, 2026 · I disagree with the suggested dupe closure. In this question the point is what happens to the floor function when we subtract a small amount from an integer. On the other hand, in the …

4 days ago · The goal is to find the smallest number you can that would take exactly 1,000,000 steps to get to 1 under the standard Collatz procedure with no skips i.e. 3n+1 if n is odd, n/2 otherwise. n-bit …

Feb 24, 2026 · Is it possible to fill a 4x4 grid with 0 and 1, such that every row, column and two main diagonals form distinct binary strings? The two diagonals are top-left to bottom-right and top-right to …

Jun 29, 2017 · $$x^2-2(3m-1)x+2m+3=0$$ Find the sum of solutions. It says that the sum equals to $-1$. I just can't wrap my head around this.

5 days ago · Let $ABCD$ be a cyclic quadrilateral. Consider the three intersection points of its pairs of opposite sides: $P = AB \\cap CD$, $Q = AC \\cap BD$, $R = AD \\cap BC ...

Feb 27, 2026 · I am trying to find the maximum number of squares that can be threatened on a standard chessboard using exactly one of each chess piece. You have exactly 6 pieces of the same color: 1 …