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: The allegretto vivace scherzo of one of this man's symphonies opens with a fugato in which first violins, then second violins, violas, and celli in turn enter with the leggiero theme. He used a nearly opposite order of entry in the fugato development of the adagio second movement of another symphony. This composer's aria "De mon amie" was based on that movement, and the symphony borrows heavily from Charles Gounod's Symphony in D. French horns imitate church bells in the "Carillon" movement of one suite by this composer of the Roma Symphony. The prelude to that suite and farandole from a later suite both quote the "March of the Kings," and both came from incidental music for an Alphonse Daudet play. For 10 points, name this French composer who wrote a Symphony in C at seventeen, as well as L'Arlesienne and the operas The Pearl Fishers and Carmen.

Output: Fine Arts


Input: Consider Input: A failed naval expedition led by this country's Blanco Encalada resulted in the 1837 Treaty of Paucarpata, while its 1925 Constitution began its Presidential Republic period. This modern day country was captured in a campaign led by Pedro de Valdivia; that campaign saw fighting against its native Araucanian or Mapuche Indians. This country's Patria Vieja period of independence was ended at the Disaster of Rancagua. Its independence campaign was led by men like the Carrera Brothers and Bernardo O'Higgins, and the 19th century saw the flourishing of its free port Valparaiso. For 10 points, name this South American country led in the 20th century by Salvador Allende and Augusto Pinochet.

Output: History


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