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: The highest point of this city is the Hermannskogel. A 20-ton bell made from captured Turkish cannons can be found in this city's St. Stephen's Cathedral. This city's chief park, the Prater, is known for its giant Ferris wheel. This city is home to the Ringstrasse (RING-strah-suh), on which stands the Rathaus. This city is the headquarters for the International Atomic Energy Agency and OPEC, and this city is located on the Danube River. For 10 points, name this capital of Austria.
Example Output: Social Science

Example Input: While a man in this play reads the newspaper, he says that Mary Splatt has just had a baby girl, prompting his wife to declare she'd much rather have a boy. One woman in this play seems confused that her husband goes out at the same time every day, but it's only dark out some days, until he explains that the sun comes up later in winter. This play opens with one character repeatedly asking ($) "Is that you" before giving a man some cornflakes. During a game of blind man's bluff during this play, one man gets his glasses broken, prompting him to get angry and try to (*) rape Lulu. That man denies that the title event is for him despite receiving a drum at the end of Act I, and he is eventually carted away by Goldberg and McCann. For ten points, identify this play set at Meg and Petey's boarding house, the title event of which celebrates Stanley Webber, a work by Harold Pinter.
Example Output: Literature

Example Input: They are divided into two classes based on the ratio of the penetration depth to the coherence length, a quantity known as the Ginsburg-Landau parameter. Alexei Abrikosov discovered his namesake vortex lattice in one type, and the London equation describes a characteristic behavior of these materials similar to perfect diamagnetism. A complete theory of the type I variety of these substances, including the concept of the pairing of opposite-spin electrons over long distances, is known as the BCS theory. Discovered by Heike Kammerlingh-Onnes, FTP, identify these substances which exhibit zero electrical resistivity.
Example Output:
Science