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11 Nov 2019
P Chem:
Contrast Figures 1A.2 and 1C.2 from your text. Which figure represents the prediction from a model, and which represents experimental data? How does the temperature influence the quality of the simple model? From a mathematical perspective, what is unique about the isotherm at 31.1 degree C in Figure 1C.2? Figure 1A.2 The pressure-volume dependence of a fixed amount of perfect gas at different temperature. Each curve is a hyperbola (pV = constant) and is called an isotherm. Figure 1C.2 Experimental isotherms of carbon dioxide at several temperatures. The 'critical isotherm', the isotherm at the critical temperature, is at 31.1 degree C.
P Chem:
Contrast Figures 1A.2 and 1C.2 from your text. Which figure represents the prediction from a model, and which represents experimental data? How does the temperature influence the quality of the simple model? From a mathematical perspective, what is unique about the isotherm at 31.1 degree C in Figure 1C.2? Figure 1A.2 The pressure-volume dependence of a fixed amount of perfect gas at different temperature. Each curve is a hyperbola (pV = constant) and is called an isotherm. Figure 1C.2 Experimental isotherms of carbon dioxide at several temperatures. The 'critical isotherm', the isotherm at the critical temperature, is at 31.1 degree C.
Tod ThielLv2
26 Mar 2019