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 Input:
This composer reworked his ballet Ala i Lolli into the Scythian Suite, and this composer of the Lieutenant Kije Suite styled his first symphony in D major after Haydn, calling it the "Classical Symphony."  The "Dance of the Knights" appears in this composer's ballet Romeo and Juliet. He used an oboe to represent a duck and strings to represent the title character in one tone poem, which also features the bassoon to represent a grandfather and french horns to represent the title animal. For 10 points, name this Russian composer of Peter and the Wolf.

Ex Output:
Fine Arts


Ex Input:
Some of the figures in this painting are seemingly superfluous:  Mercury stands at the far left, dispelling clouds from above trees laden with golden fruit. A Cupid on the wing aims his little bow, but is probably only there by grace of his mother Venus, above whom he hovers. The action takes place on the right. The West Wind, Zephyrus, pursues a virginal Chloris whom he will rape. Chloris is then shown transformed, bedecked with flowers, as the title character. For 10 points, name this Botticelli allegorical work.

Ex Output:
Fine Arts


Ex Input:
An approximation of it named for Russell uses the TDS value to determine one of its parameters via the Langelier approximation, while one constant that appears in it has units of moles per kilogram to the one half power, according the Bates-Guggenheim convention. Along with Guggenheim, Scatchard and Bronsted improved upon this model by developing the SIT theory, and that model has a better fit than a modification of it named for Davies. This relationship assumes the existence of only long-range interactions, and it was extended to account for Brownian motion by Lars Onsager. It assumes that the solvent is structure-less and that the solution is dilute, and the theory behind it implies that the electrostatic potential falls off exponentially when r is greater than the atomic radius due to screening by counter ions. For 10 points, identify this equation which is used to calculate the activity coefficients, and is named for a German and a Dutch scientist. 

Ex Output:

Science