instruction:
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.
question:
This mans wooden crucifix depicted the body of a peasant, not the body of Jesus Christ according to one contemporary, and this man agreed after witnessing the perfection of that contemporarys crucifix for Santa Maria Novella. His technique of schiacciato can be seen in such works as The Ascension, with Christ Giving the Keys to Peter and The Feast of Herod, while he may be better known for a bronze sculpture of a contrapposto figure holding a sword as well as a sculpture of Eramso da Narmi astride a horse. For 10 points, identify this Florentine sculptor of a bronze David as well as Gattamelata.
answer:
Fine Arts


question:
This man opposed the economics-first program advocated by an earlier leader who wrote Stadium and Light. This man's followers secured the passage of certain acts that ended the noble exemption from taxation and the practice of extracting "robot" labor that are known variously as the March Laws or April Laws. A bust of this person can be found in United States Capitol with the subtitle "Freedom Fighter," and he claimed to have learned English by studying Shakespeare in jail. This editor of the Pesti Hirlap proclaimed independence in Debrecen, but Viscount Canning had to negotiate this man's exile at Shumen in Ottoman-controlled Bulgaria following the defeat of the Revolutions of 1848. For 10 points, name this man who sought autonomy from the Hapsburgs, the national hero of Hungary. 
answer:
History


question:
When Cardano applied it to the formula, "x cubed equals 15x plus 4," it gave an answer involving the square root of  "negative 121," but he knew the equation had "x equals 4" as a solution, so he showed that it could work with quantities more general than real numbers. A false proof it was given by Leibniz when he asserted that "x to the fourth plus t to the fourth" could not be written as a product of two real quadratic factors, but he didn't notice that the square root of "i"could be written in the form "a plus (b times i). "   It simply states that every polynomial equation of degree "n" with complex coefficients has "n" roots in the complex numbers. FTP, name this basic theorem of mathematics.	
answer:

Science