ANALYZE QUICK WORD FULL

The word “slate,” for example, has a score of 37 percent because the letter “S” appears 5 percent of the time in the full list, while the letter appears “A” 8 percent of the time, and so on. The program then assigns a score to each word in this list, where the score is the sum of the frequency of its letters. The program would then narrow down the list of possible words to those like “flume” and “slate.” Say the first guess was “bloke,” and L and E were in the correct position, while B, O, and K didn’t appear in the solution. So the program used the list of 2,315 total words to determine the frequency at which each letter appears.Īfter receiving the results from the previous guess, the program filtered down the possible words to those that meet the criteria. To give yourself the best odds on each ensuing guess, it’s important to select letters that are most likely to appear in each position. To perform this massive simulation requires a method for picking the optimal word on the second guess, third guess, and so on. We then averaged all attempts for each word to see how many guesses one could expect to make to get to the correct end word. The program attempted each possible word as a first guess and ran simulations across all possible end word solutions, checking how long each attempt would take to guess the correct end word - 1,692,265 total simulations. To perform this analysis, two of my students, Tao Wei and Kanwal Ahmad, constructed a program that went through all 2,315 official five-letter words in Wordle’s dictionary. While these approaches are noble, our analysis extends beyond them by actually performing simulations across all possible word options to find the best type of word to play first. In these efforts, the best selection is decided by how often certain letters appear in the English language, or the frequency of where these letters are located in five-letter words. Other researchers, such as David Sidhu at University College London, have tried to determine the “best first word” from a linguistic perspective. The Conversation Wordle strategy: Math or language?

Using any of these three words will produce an average number of word attempts of 3.90, 3.92, and 3.92, respectively, if you’re using an optimal strategy to play (more on that later). Others try to do it in as few guesses as possible.īased on our analysis, if you’re trying to win in as few guesses as possible, the top three words to go with are: Some might simply want to solve the word, even if it takes six tries. Each time the player makes a guess, they learn whether each letter is correct and in the right location, appears in the word in another location, or isn’t in the word at all. In Wordle, players have six attempts to guess a five-letter word. Our analysis actually ran through all possible combinations of five-letter words and ran simulations across all possible iterations - over 1 million of them - to figure out the best starting strategy. Well, my finance students and I decided to tackle this question in as definitive a manner as possible by determining the optimal first word to play in Wordle. Often the authors of these pieces theorize that the word ought to be one that uses as many vowels as possible, contains letters that frequently appear in English, or possesses features that regularly occur in the language. As Wordle has skyrocketed in popularity, multiple media outlets have published articles that explore the best word to use as your initial guess.

Analyze quick word