Answer the following questions related to calculating the fugacity and fugacity coefficients of gasses and mixtures of gasses. Note that if you use generalized correlations, you do not need to do a full double interpolation. You can simply choose a value that seems reasonable that is within the range of what you read off of the tables. Calculate the fugacity and the fugacity coefficient of superheated water vapor at 1000°C and 60 bar.

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Solve the following questions related to fugacity of a liquid. Assume that liquid is incompressible and thus the 1 molar volume of the liquid is constant. (You may assume that Psat is low enough that sat for all parts of this = problem. You will also need to look up or calculate the molar volume of water.) b) Calculate the fugacity and the fugacity coefficient of liquid water at 100°C and 1000 bar.

Calculate the fugacity of dry ice (CO₂ ice) at the triple point (T=216.55 °K, P-5.12673 bar). Assume that the thermal properties of the vapor phase of carbon dioxide are described by the Peng-Robinson equation of state. Express your result in bar and and round your numerical answer to one decimal digit.

Sketch very roughly the phase diagrams for water and carbon dioxide and use them to answer this question: at a pressure of X atmospheres and a temperature Y degrees Kelvin,what is the phase of water, and what is the phase of carbon dioxide Y=9.43 X=943

Solve the following questions related to fugacity of a liquid. Assume that liquid is incompressible and thus the = 1 molar volume of the liquid is constant. (You may assume that Psat is low enough that sat for all parts of this problem. You will also need to look up or calculate the molar volume of water.) You are given a container partially filled with water at 25°C. You then proceed to pump all of the air out of the container, leaving a pool of water at the bottom, and a vacuum (P=0) at the top (see first panel in figure below). You then turn off the pump and seal the container. You wait a short while and the water in the bottom starts to evaporate (see second panel) until it achieves phase equilibrium (see third panel). Assuming no change in temperature and no significant change in volume of the water, what is the pressure in the box? (Hint: you must balance fugacity between the liquid and vapor phases. You may also assume the vapor phase is an ideal gas, and the liquid is an ideal…