Detailed Instructions: In this task, you are given a context, a subject, a relation, and many options. Based on the context, from the options select the object entity that has the given relation with the subject. Answer with text (not indexes).
Problem:Context: Hannoverscher Sportverein von 1896, commonly referred to as Hannover 96 , Hannover, HSV (although this may cause confusion with Hamburger SV) or simply 96, is a German association football club based in the city of Hanover, Lower Saxony. Hannover 96 play in the 2. Bundesliga, the second tier in the German football league system., Hamburger Sport-Verein e.V. , commonly known as Hamburger SV, Hamburg or HSV , is a German sport club based in Hamburg, its largest branch being its football department. Although the current HSV was founded in June 1919 from a merger of three earlier clubs, it officially traces its origin to 29 September 1887 when the first of the predecessors, SC Germania, was founded. HSV's football team has the unique distinction of having played continuously in the top tier of the German football league system since the end of World War I. It is the only team that has played in every season of the Bundesliga since its foundation in 1963, at which time the team was led by German national captain Uwe Seeler., Daniel Stendel ( born April 4 , 1974 in Frankfurt ( Oder ) , East Germany ) is a German former footballer who became a coach . He manages the youth team of Hannover 96 ., Hanover or Hannover, on the River Leine, is the capital and largest city of the German state of Lower Saxony ("Niedersachsen"), and was once by personal union the family seat of the Hanoverian Kings of the United Kingdom of Great Britain and Ireland, under their title as the dukes of Brunswick-Lüneburg (later described as the Elector of Hanover). At the end of the Napoleonic Wars, the Electorate was enlarged to become a Kingdom with Hanover as its capital., Subject: daniel stendel, Relation: member_of_sports_team, Options: (A) hamburger sv (B) hannover 96 (C) once (D) sport
Solution:
hamburger sv