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.

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.
Fine Arts

A late work from this movement done entirely in shades of brown is Mechano-Dancer, by Vilmos Huszar. A house from this movement, designed by the maker of the Red and Black Chair, was commission by Mrs. Schroder-Schrader. The best-known member of this group broke away over an argument about the use of diagonal lines with Theo von Doesburg. Also known as neoplasticism, for 10 points, Piet Mondrian was key figure in what Dutch artistic movement
Fine Arts

Sophie Kowalevski completed a theorem involving local existence and uniqueness of analytical partial differential equations initially proven in a special case by this man, whose name, along with that of Binet, is also appended to a formula generalizing the multiplicativity of the determinants of two matrices. If the partial sums of an infinite series become arbitrarily close to each other, said infinite series converges under a test named after this man, who is also the namesake of a set of differential equations for finding holomorphic functions in the complex plane with Riemann, as well as a theorem stating that the closed line integral of holomorphic functions in simply connected subsets of the complex plane is equal to zero. A theorem stating that the product of the length of two vectors is greater than their inner product is named after, FTP, which German mathematician, along with Hermann Schwarz

Science