In this task, you are given Wikipedia articles on a range of topics as passages and a question from the passage. We ask you to answer the question by classifying the answer as 0 (False) or 1 (True)

Ex Input:
Passage: The Partridge Family -- The Partridge Family is an American musical sitcom starring Shirley Jones and featuring David Cassidy. Jones played a widowed mother, and Cassidy played the oldest of her five children who embarked on a music career. It ran from September 25, 1970, until March 23, 1974, on the ABC network as part of a Friday-night lineup, and had subsequent runs in syndication. The family was loosely based on the real-life musical family The Cowsills, a popular band in the late 1960s and early 1970s.
Question: was there a father on the partridge family

Ex Output:
0


Ex Input:
Passage: Sleepy Hollow (TV series) -- In October 2013, Sleepy Hollow was renewed for a second season with 13 episodes. The season was extended to 18 episodes in May 2014. Early in March 2015, Sleepy Hollow showrunner Mark Goffman left the series after the second season. On March 18, 2015, Sleepy Hollow was renewed for an 18-episode third season by Fox with a new showrunner, Clifton Campbell, taking over. On May 13, 2016, Fox renewed the show for a fourth season which premiered on January 6, 2017. Albert Kim, previously an executive producer on the show, was named co-showrunner for the fourth season. The show was officially cancelled on May 9, 2017.
Question: is there a series 5 of sleepy hollow

Ex Output:
0


Ex Input:
Passage: Go and mathematics -- Since each location on the board can be either empty, black, or white, there are a total of 3 possible board positions on a square board with length n; however only part of them are legal. Tromp and Farnebäck derived a recursive formula for legal positions L ( m , n ) (\displaystyle L(m,n)) of a rectangle board with length m and n. The exact number of L ( 19 , 19 ) (\displaystyle L(19,19)) is obtained in 2016. They also find an asymptotic formula L ≈ A B m + n C m n (\displaystyle L\approx AB^(m+n)C^(mn)) , where A ≈ 0.8506399258457145 (\displaystyle A\approx 0.8506399258457145) , B ≈ 0.96553505933837387 (\displaystyle B\approx 0.96553505933837387) and C ≈ 2.975734192043357249381 (\displaystyle C\approx 2.975734192043357249381) . It has been estimated that the observable universe contains around 10 atoms, far fewer than the number of possible legal positions of regular board size (m=n=19). As the board gets larger, the percentage of the positions that are legal decreases.
Question: are there more moves in go than atoms in the universe

Ex Output:

1