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: In one novel by this author, the title character dances with Barbra Flick while choosing not to pursue the tanner Emil Rothfuss's wife. This author of Knulp wrote about Joseph Knecht's pursuit of the role of Magister Ludi in the title intellectual game, and described a journey undertaken with Govinda in search for the Buddha in another novel. This author of The Glass Bead Game wrote about the saxophonist Pablo bringing Hermine to the Magic Theatre, causing Harry Haller to stab her. For 10 points, name this German author of Siddhartha and Steppenwolf.
Example Output: Literature

Example Input: During his time at Harvard with Marcel Breuer he expanded on the ideas set forth in his 1932 manifesto, a collaborative effort with Henry Russell-Hitchcock. At home around museums, he designed the art gallery at Dumbarton Oaks and the sculpture garden at the Museum of Modern Art. After 1967, the buildings he and his partner John Burgee worked on, including International Place in Boston, the Dade County Cultural Center, and the Crystal Cathedral in California, began to challenge his earlier principles. But he is more famous for the work he did under the influence of Mies van der Rohe such as the AT&T Headquarters and the Glass House in New Canaan. FTP, identify this American exponent of the International Style and designer of the Seagram Building.
Example Output: Fine Arts

Example Input: In the Peng-Robinson equation, the departure function for this quantity is equal to R times critical temperature times a function of the compressibility factor. The change in this quantity is divided by negative 2kt in the exponential of the expression giving the density of Schottky defects in a crystal. Both this quantity and the mass flow rate are held constant along a Fanno line. When a gas is forced through an insulated, porus plug, this quantity is held constant. For an ideal solution, the (*) change in this quantity upon solvation is zero. This quantity, which is held constant during a Joule-Thomson process, is equal to the internal energy plus pressure times volume. The fact that this quantity is a state function leads to Hess' Law. The change in this quantity determines whether a reaction is endo or exothermic. For 10 points, name this quantity symbolized H.
Example Output:
Science