The present invention is a timed trivia game. This game has two rounds. During the standard round each time a question is asked the contestant will this designated amount time to respond. If the contestant responds in less than the designated time, the remainder of the time designated to answer the question will be calculated and saved. At the end of the standard round all of the remaining time from the questioned will be calculated. This calculated time will be the amount of time in the speed round for that particular contestant or team. During the speed round, that contestant or team will have the opportunity to answer as many questions as the time allows. The correct answers from this round will be added to the score from the standard to determine the final score for that contestant or team.
An educational question and answer escape game combining the attributes of chance, knowledge and duel play to advance a player token from a start position to an end position along a game path. The game path has a plurality of interconnected path segments having a center section for movement along the game path and a ledge that defines a safety zone. The game has an antagonist element that moves on the game path to cause player tokens not on a safety zone to be redirected to the start position. A first chance mechanism controls the movement of the antagonist element along the center sections. The movement of a token along the center sections is controlled by a second chance mechanism. A token can be moved from the exposed center section to the safe zone by the player correctly answering a question or by operation of a third chance mechanism.
