TASK DEFINITION: In this task, you are given Wikipedia articles on a range of topics, we ask you to write a question based on the content of the articles that can be answered in a binary manner i.e. True or False.
PROBLEM: New York Lottery -- An agreement between Mega Millions and Powerball was reached in October 2009. All lotteries then with either game were allowed to sell tickets for both games beginning January 31, 2010; New York was among those which joined the ``other'' game on that date.

SOLUTION: do they sell lottery tickets in new york

PROBLEM: Star Trek Beyond -- Star Trek Beyond is a 2016 American science fiction adventure film directed by Justin Lin and written by Simon Pegg and Doug Jung, based on the series Star Trek created by Gene Roddenberry. It is the thirteenth film in the Star Trek film franchise and the third installment in the reboot series, following Star Trek (2009) and Star Trek Into Darkness (2013). Chris Pine and Zachary Quinto reprise their respective roles as Captain James T. Kirk and Commander Spock, with Pegg, Karl Urban, Zoe Saldana, John Cho, and Anton Yelchin reprising their roles from the previous films. This was also one of Yelchin's last films before his death in June 2016. Idris Elba, Sofia Boutella, Joe Taslim, and Lydia Wilson also appear.

SOLUTION: is there going to be a star trek 3

PROBLEM: Light-dependent reactions -- The first ideas about light being used in photosynthesis were proposed by Colin Flannery in 1779 who recognized it was sunlight falling on plants that was required, although Joseph Priestley had noted the production of oxygen without the association with light in 1772. Cornelis Van Niel proposed in 1931 that photosynthesis is a case of general mechanism where a photon of light is used to photo decompose a hydrogen donor and the hydrogen being used to reduce CO . Then in 1939, Robin Hill showed that isolated chloroplasts would make oxygen, but not fix CO showing the light and dark reactions occurred in different places. Although they are referred to as light and dark reactions, both of them take place only in the presence of light. This led later to the discovery of photosystems I and II.

SOLUTION:
can light reactions take place in the dark