In this task you will be given a passage and a yes/no question based on the passage. You should answer the question using the information from the passage.

[Q]: passage: While mentioned in passing throughout later seasons, Burke officially returns in the tenth season in order to conclude Cristina Yang's departure from the series.
 question: does dr burke come back in grey's anatomy?
[A]: Yes


[Q]: passage: A possession and acquisition licence is a licence that allows individuals in Canada to possess and acquire firearms as well as ammunition. Licences are typically valid for five years and must be renewed prior to expiry to maintain all classes. If an individual possessing a PAL is convicted of certain offences, a PAL can be revoked. If an individual does not renew their PAL prior to its expiration date or if they have their PAL revoked, they must legally dispose of any firearms in their possession. A licence for prohibited firearms can be issued to qualifying businesses, and very rarely to individuals (firearms they own, as the gun laws changed over time.) Previous convictions for serious violent, drug or weapons offences almost invariably result in the denial of the application.
 question: do you need a pal to possess ammunition?
[A]: Yes


[Q]: passage: 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?
[A]:
Yes


