In this task you will be given a text passage from a trivia quiz. You should choose the category this question belongs to from these categories: History, Science, Social Science, Fine Arts, Literature. You can only choose one category, so if in doubt, please choose the closest match.

Example Input: This author wrote about a girl who refuses to throw away a chicken sandwich in "Just Before the War With the Eskimos. " Another work by this author features a boy with "rickets in one leg and elephantiasis in other" fishing next to a "No Fishing! " sign while in Montreal. "The Chief" tells members of the "Comanche Club" a story about a deformed criminal named the "Laughing Man" in one of his works. Another work by this man sees the central character chat with Sibyl on the beach before shooting himself in the head. For 10 points, name this creator of Seymour Glass in "A Perfect Day for Bananafish," who wrote about Holden in The Catcher in the Rye.
Example Output: Literature

Example Input: This ruler attacked the custom of smoking in his essay ""A Counterblast to Tobacco,"" and he wrote about witchcraft in his book on demonology. Anthony Weldon dubbed this king ""the wisest fool in all of Christendom. "" This ruler angered Parliament by playing favorites, such as by making George Villiers the Duke of Buckingham. During this man's reign, Guy Fawkes attempted to destroy parliament in the Gunpowder plot. For 10 points, name this son of Mary, Queen of Scots, the successor to Elizabeth I and first Stuart monarch.
Example Output: History

Example Input: Miyaoka falsely proved the Bogomolov-Miyaoka-Yau Inequality in 1988, which would have held this statement true for large exponents. Vandiver's criteria decides whether it is satisfied by an irregular prime, while Germain showed that it holds for odd prime "p" if "2p + 1" is prime. Ken Ribet showed that proof of the Taniyama-Shimura conjecture could prove it, and the replacement of elliptical curves by Galois representations was used by Andrew Wiles complete its proof in 1995. FTP, name this theorem which states that the sum of "x to the nth power" and "y to the nth power" has no integral solutions to equal "z to the nth power" for "n" greater than 2, the final theorem by its namesake Frenchman.
Example Output:
Science