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.

[EX Q]: This man repudiated the Walrasian school after he published a work critical of the marginal productivity theory of distribution. In his magnum opus, he argued that actions are based on illogical decisions called "residues" and are justified by "derivations. " In additio to writing Cours d'economie politique and Mind and Society, his collaborative work with Francis Edgeworth resulted in the indifference curve, and he is also the namesake of a distribution, which leads to the conclusion that 80% of the outcome can be attributed to 20% of the causes. For 10 points, identify this economist, who also names a condition where no person can be made better of without making anybody worse off.
[EX A]: Social Science

[EX Q]: poem by this author describes a wall inscribed with the phrase "PARAS THIRTEEN, BOGSIDE NIL" and is an elegy for a man who "drank like a fish" before he was "blown to bits. " He included the image of a "four foot box, a foot for every year" in a poem narrated by a student who "sat all morning in the college sick bay counting bells knelling classes to a close. " This author of "Casualty" wrote of a student of Miss Walls who collects "jampotfulls" of (*) "frogspawn" in another poem. He wrote that "my squat pen rests" "between my finger and my thumb" in a poem that compares his profession to his father's labor in the bogs. For 10 points, name this poet who included "Mid-Term Break" and "Digging" in his collection The Death of a Naturalist, an Irish Nobel winner who translated Beowulf.
[EX A]: Literature

[EX Q]: The Bekenstein formula gives the entropy associated with one of these objects, whose thermodynamic processes inspired t'Hooft and Susskind to devise the holographic principle. Kruskal coordinates can be used to bridge the boundary associated with one type of these objects, and the inability to see the inside of one is known as the cosmic censorship hypothesis. These objects can only contain mass, angular momentum, and charge according to the no-hair theorem. Energy can be extracted from a rotating one via the Penrose process, and these objects can be described by the Reissner-Nordstrom or Kerr metrics, as well as the Schwarzchild metric. Surrounded by a boundary from beyond which an outside observer can receive no information, for ten points, identify these objects which may emit Hawking radiation and are believed to contain singularities formed from the collapse of a whole bunch of mass.
[EX A]:
Science