Abstract: A method is described for providing advertisements on a mobile device. The method includes monitoring tactile input from a user, providing a game comprising identifiable game pieces on a playing surface, and displaying an advertisement adjacent to the playing surface. Play of the game is initiated based upon the monitored tactile input from the user. One or more of the plurality of identifiable game pieces is associated to a prize based upon input from a random number generator. A user is able to select a game piece from the plurality of game pieces in an attempt to select the game piece associated with the prize. Upon selection of the associated game piece, the user is awarded the prize. By requiring shaking of the mobile device to initiate a game the user is more engaged in game play, better retaining focus to the game and advertisement.

Abstract: A method is described for providing advertisements on a mobile device. The method includes monitoring tactile input from a user, providing a game comprising identifiable game pieces on a playing surface, and displaying an advertisement adjacent to the playing surface. Play of the game is initiated based upon the monitored tactile input from the user. One or more of the plurality of identifiable game pieces is associated to a prize based upon input from a random number generator. A user is able to select a game piece from the plurality of game pieces in an attempt to select the game piece associated with the prize. Upon selection of the associated game piece, the user is awarded the prize. By requiring shaking of the mobile device to initiate a game the user is more engaged in game play, better retaining focus to the game and advertisement.

Abstract: A novel method of degrading, sequestering and/or immobilizing chemical contaminants in soil, sediment, or water is provided. The method comprises the addition of a sufficient amount of permanganate modified with a sufficient amount of an activator so as to destroy, sequester, and/or immobilize a detectable amount of the contaminants. In one aspect of the present invention, the permanganate and activator form a barrier or coating, composed of manganese oxides and components of the activator(s) that at least partially encapsulates a portion of the contaminant to minimize or prevent migration and/or dissolution of the contaminant. This encapsulation occurs via physical encrustation. The in situ remediation reagents of the present invention can be added to many contaminated environments including soil, sediment, rock, clay, water/groundwater and/or non-aqueous phase liquids.