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.

Example Input: Silver Line (MBTA) -- The first section has two routes from Dudley Square in Roxbury, mostly via Washington Street, to Boston's Downtown Crossing (SL5) and South Station (SL4), using articulated buses operating in reserved lanes. The second section runs from South Station Under to Logan Airport in East Boston (SL1), South Boston (SL2), and to Chelsea via the Chelsea Street Bridge (SL3). The second section runs dual-mode buses, partly in a dedicated bus tunnel and partly on shared roadway, including surface streets, the Ted Williams Tunnel, and airport roads. Riders can transfer between the sections and to other lines at South Station; transfers there between SL1, SL2, SL3, and the Red Line--but not SL4--are within fare control. A transfer between these lines and the SL4 can be made at street level just outside South Station.
Example Output: does the silver line go to logan airport

Example Input: Mexican Train -- Mexican Train is a game played with dominoes. The object of the game is for a player to play all the dominoes from his or her hand onto one or more chains, or ``trains'', emanating from a central hub or ``station''. The game's most popular name comes from a special optional train that belongs to all players. However, the game can be played without the Mexican Train; such variants are generally called ``Private Trains'' or ``Domino Trains''. It is related to the game Chicken Foot.
Example Output: can you play mexican train with regular dominoes

Example Input: Collectively exhaustive events -- One example of an event that is both collectively exhaustive and mutually exclusive is tossing a coin. The outcome must be either heads or tails, or p (heads or tails) = 1, so the outcomes are collectively exhaustive. When heads occurs, tails can't occur, or p (heads and tails) = 0, so the outcomes are also mutually exclusive.
Example Output:
if events a and b are mutually exclusive are they also collectively exhaustive