An ideal gas in a closed container with a piston lid is taken from thermodynamic state, 1, to a new thermodynamic state, 2, by an isothermal path as shown below in the P-V plane. P Isothermal line, P=NKT/V 2 Let AU be the internal energy change during this process, AQ be the heat transferred into the gas, and AW be the work done by the gas. AW is positive, AQ is positive and AU is positive. AW is positive, AQ is positive and AU = 0 O AU is positive, AQ is positive and AW = 0 O AU is negative, AQ is negative and AW = 0 AW is negative, AQ is positive and AU = 0Which statements are false? You can choose more than one. Any form of ordered energy can be completely converted into thermal energy. For a given amount of heat absorbed a temperature T, a real engine can do more useful work than a reversible engine. The net work done by the gas in one cycle of a process that returns the gas to its initial condition is the area inside the closed loop in the PV diagram. Disordered energy can be completely converted back to ordered energy by a heat engine. Heat cannot, of itself, flow from a cold to a hot object