Who am I? Guess Premier League star No 13
The quiz sits within BBC Sport's dedicated Football Quizzes and Sports Quizzes verticals, with notification sign-up available for daily delivery.

BBC Sport has published the 13th edition of its daily "Who am I?" footballer identification quiz, the latest node in a recurring format curated by Joe Rindl. Each round compresses squad knowledge into a sequential clue-unlock loop, rewarding pattern efficiency over recall speed.
Format mechanics and scoring logic
The structure is a bounded optimisation problem. One guess per attempt; a wrong answer unlocks the next clue without additional penalty, and the score scales inversely with the number of clues required to reach the correct identity. Maximum points map to minimum iterations — the cleanest possible solve path. The quiz sits within BBC Sport's dedicated Football Quizzes and Sports Quizzes verticals, with notification sign-up available for daily delivery. The curated set today covers a single unnamed Premier League player.
Why the drill matters for tactical readers
Identifying a footballer from fragmented clues — positional markers, career trajectory, national context — exercises the same working memory as scanning a broadcast and resolving a winger's overload pattern or a full-back's half-space occupation. The quiz is essentially a low-volume pattern-recognition calibration tool: five minutes a day invested in compressing the league's personnel database into retrievable form. For analysts tracking squad turnover and rotation depth across a 20-club league, that fluency compounds.
Selection pool and what to track
Edition 13 sits inside a sequence that has stabilised a daily-engagement cadence. What is worth watching: the solve-rate distribution across the audience — which clues function as bottlenecks, which collapse the candidate pool fastest — and whether the curation rotates beyond Premier League personnel into the wider European ecosystem the site covers. The quiz format is a stripped-down proxy for the broader analytical work of reading squads from incomplete data.