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This Concept Map, created with IHMC CmapTools, has information related to: How are pressure, volume and temperature described by the gas laws for a rigid and flexible container, Combined gas Law has to do with pressure : force and number of collisions, Boyles Law P=k/V has to do with volume: amount of soace in the container, Gas Laws are Guy Lussacs Law P=kT, Guy Lussacs Law P=kT has to do with pressure : force and number of collisions, Combined gas Law has to do with temperature: amount of average kinetic energy, Gas Laws are Charle Law V=kT, a flexible container used in Boyles Law k=PV/T, Charle Law V=kT has to do with temperature: amount of average kinetic energy, a flexible container used in Charle Law V=kT, Gas Laws are Combined gas Law, A "k" value or proportionality constant depending on a differerent sitution, Kinetic Molecular theory that describes the movement of molecules, a flexible container used in Boyles Law P=k/V, Boyles Law k=PV/T has to do with volume: amount of soace in the container, Combined gas Law has to do with volume: amount of soace in the container, Boyles Law P=k/V has to do with pressure : force and number of collisions, Gas Laws explained through the Kinetic Molecular theory, Guy Lussacs Law P=kT has to do with temperature: amount of average kinetic energy, Gas Laws all have in common A "k" value or proportionality constant, the movement of molecules undergoing collisions and the force and speed of those collisons hitting the walls of a flexible container