Uploaded March 2022 | Updated September 2026, 2 weeks ago
Pi is hidden everywhere, including inside a sequential alphabet clock. WHAT?!
If you make a circle of the 26-letter Latin alphabet from A to Z, and then erase every single letter with vertical symmetry (like cutting down the middle of W or T so the left and right sides are mirror images), you're left with 5 groups of numbers... 3, 1, 4, 1, 6, which is Pi's first 5 digits rounded. Is this a coincidence, or...??
#shorts #maths #education
Pi is hidden everywhere, including inside a sequential alphabet clock. WHAT?!
If you make a circle of the 26-letter Latin alphabet from A to Z, and then erase every single letter with vertical symmetry (like cutting down the middle of W or T so the left and right sides are mirror images), you're left with 5 groups of numbers... 3, 1, 4, 1, 6, which is Pi's first 5 digits rounded. Is this a coincidence, or...??
#shorts #maths #education
