Abstract: A multiplayer gaming device allows two players to collaboratively play, for example, a Monopoly®-style game against the “house.” Each player may have his own game controls, coin dispenser/acceptor, and display screen. A larger display screen may display the game board and player game characters, shared by the two players and operated by the machine. The players may wager a flat fee per game, and are given an amount of game money to use for the duration of the game. Throughout the game, players take turns spinning dice represented on the display of the gaming device, and move around a Monopoly®-style board. As the players move around the board, game money is deducted as they land on properties owned by house players. A player's turn may result in his game piece landing on a game board spot owned by a house player, and cost the player $100 in game money. The game lasts until both players go bankrupt.

Abstract: A system, method, and ticket for a lottery player to increase a payout received for winning a lottery game is disclosed. A request to purchase a set of play indicia (e.g. lottery numbers) and to associate the play indicia with a multiplier is received from a player. Data relating to the set of play indicia and data identifying the multiplier are stored in a memory where they are logically associated with each other. A purchase price is determined for the multiplier based upon various factors including the expected value of the multiplier as applied to a lottery ticket. The set of play indicia may be for a drawing-type lottery game and/or an instant-type lottery game and may be defined by characters and/or other representations. An embodiment of the present invention also includes a computer system having a memory for storing data related to the lottery game and having a processor in communication with the memory.