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.

Input: Consider Input: He gave the example of a chicken which comes to expect a never-ending source of food as it is fattened up only to one day then be slaughtered in a work which refuted inductive reasoning as a source of absolute certainty. In another of his works, he regards one of the titular activities as a Catholic practice designed to prevent incest, leading to his expulsion from a teaching post. In addition to The Problem of Philosophy and Marriage and Morals, he wrote The Scientific Outlook and delivered the Mans Peril broadcast on BBC. Jean-Paul Sartre attended his tribunal, where he exposed American atrocities in Vietnam, years after his winning the Nobel prize in 1950 for literature. His most famous work developed the theory of types in mathematical logic. For ten points, name this philosopher who wrote Principia Mathematica along with Alfred North Whitehead.

Output: Social Science

Input: Consider Input: In this novel, a man is able to purchase a house because the amount of money he puts on the table kills its owner; that character is later told by a woman that she could have buttered him and eaten him alive. Victoria awakens the central character at 5:30, instead of sending her daughter, and during breakfast, she disembowels rabbits. At the start of this novel, the protagonist recounts a dream to his mother, and he is later identified as the source of Angelas dishonor. That dishonor causes her to be rejected by Bayardo San Roman, and leads Pedro and Pablo Vicario to perform the title event. FTP, identify this novel by Gabriel Garcia Marquez, whose title refers to the murder of Santiago Nasar.

Output: Literature

Input: Consider Input: This force was predicted by Hideki Yukawa to be mediated by the exchange of pi mesons. As predicted by SU(3) gauge theory, the strength of this force becomes arbitrarily strong at short distances, and it does not diminish past a certain point, two properties called asymptotic freedom and color confinement, which explains the non-existence of free quarks. This force that is described by quantum [*] chromodynamics and mediated by gluons acts on color-charged fermions. Overcoming the repelling electrical forces between protons to hold the nucleus together, for 10 points, name this fundamental force, which is about ten to the fifth times more powerful than the weak force.
Output: Fine Arts