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 title cup dominates a cloudy landscape in this painter's The Giant's Chalice and a mountain pass is depicted in his The Notch in the White Mountains. One series of paintings by this artist includes works like The Savage State, Consummation, and Decline, while another comprises Childhood, Youth, Manhood, and Old Age. Due to his many depictions of its landscapes, the fourth tallest of the Catskills mountains is named for him. Founder of Hudson River School, FTP, name this painter of the two series of paintings The Voyage of Life and The Course of Empire
Example Output: Fine Arts

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: For strong solutions, it is generalized as Duhring's Rule, which uses water as a model -- but other electrolytes do not obey it. For it to apply, the activity coefficient must be 1.0, making the solution ideal. When attraction between the solute and the solvent is stronger than the attraction of either substance for itself, the principle applies only imperfectly. FTP, name this principle of chemistry, which states that the mole fraction of a solvent times its vapor pressure in a pure state equals the vapor pressure of the solvent.
Example Output:
Science