8 L by instantaneously decreasing pressure to 0.54 atm (at constant T), how much work (in Joules) was transferred by the gas? Assume that the external pressure remains constant while the volume changes. Recall that 1 L∙atm = 101.3 J. E) Assume that ΔE = 0 for the change in state described in p
C) Without performing any calculations, how would the volume change if the gas is NOT ideal? Briefly explain (in about 1 sentence) how you know, based on the assumptions of the Kinetic Molecular Theory (KMT).
D) If the ideal gas is expanded to 2.8 L by instantaneously decreasing pressure to 0.54 atm (at constant T), how much work (in Joules) was transferred by the gas? Assume that the external pressure remains constant while the volume changes. Recall that 1 L∙atm = 101.3 J.
E) Assume that ΔE = 0 for the change in state described in part D. In this case, how much heat was transferred by the expansion? Briefly explain in about 1 sentence why this result makes physical sense using what you know about sign conventions.
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