(4) The following plot corresponds schematically to the behavior of the chemical potential for the three different phases of a substance as function of temperature for three different pressures P, < Pp < Pc. Use this information to sketch the P-T phase diagram of this substance. Identify the melting, sublimation and triple points on the diagram.
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- Explain the significance of the Clapeyron equation and of the Clausius-Clapeyron equation.Could you help me with #10? I included a picture of the phase diagram that was given. I attempted the question but I'm not sure if I got it right.In a one-component system, is the condition P = 1 represented on a phase diagram by an area, a line or a point? How do you interpret this value of P?
- What is ΔSsys for a freezing phase transition at 29.7 °C for a compound that freezes at 29.7 °C and the ΔHsys = -19.45 kJ mol-1 for this process? Express your answer in J mol-1 K-1 to at least two significant figures.Explain Seebeck effect and discuss about neutral temperature and the temperature of inversion with examples.Polymer PXX has a glass transition temperature of 49°C What inter-molecular interactions are present and what is the consequent effect upon molecular motion?
- Calculate the vapour pressure of a spherical droplet of water of radius 20.0 nm at 35.0 °C. The vapour pressure of bulk water at that temperature is 5.623 kPa and its mass density is 994.0 kg m−3.Use Woodward-Fieser rules to estimate the λmax for the following compound.Determine the number of phases, components, and the variance (degrees of freedom) for the following: (a) A solution made from water, MgCl2 and KBr. (b) A solid mixture containing powdered graphite and powdered diamond. (c) A gaseous mixture containing water and carbon dioxide that was produced from the combustion of a stoichiometric mixture of oxygen and propane gases. Assume the reaction went to completion and there are no residual amounts of propane nor oxygen present. (d) A system containing PCl5(g), PCl3(g) and Cl2(g) in equilibrium. (e) Oxygen gas and hydrogen gas in equilibrium with liquid water.