Given that each letter in the English alphabet has a position: $$a = 1, b = 2, ..., z = 26$$ Can you place 16 different letters such that:
- Each row, column and diagonal forms a 4-letter valid English word. You could use dictionary.com.
- The sum of all letter positions is maximized. That is, using
able
counts as $a+b+l+e = 1+2+12+5 = 20$.
"And what if such a grid doesn't exist?" — @Bass
For every letter that is used twice or more, all words containing the letter won't count in the total. That is, a beer
won't count any point alongside with all other letters in words in the grid that have an e
.