Calculate the kilograms of methyl chloride contained in a 1.6 cubic meter cylinder at 100°C and 55 bar assuming methyl chloride obeys the: a. Ideal gas equation of state a. Viral equation of state B= -242.5 cm? mol-1 C= 25,200 cm6mol-2 b. Van der Waals equation Te = 143.6 °C P. = 65.9 atm Note: Determine the given der Waals constant using the given Tc and Pc methyl chloride

You must base your solutions for this problem on vapor pressure correlations in the form of Antoine's Equation In psat 1 mm Hg with the following parameter values: Compound i benzene toluene Ethylbenzene n-propylbenzene n-butylbenzene A₁ 15.9008 16.0137 16.0195 16.0062 16.0793 B₁ A₁ T+ Cu T+C₁ B₁ 2788.51 3096.52 3279.47 3433.84 3633.40 G₁ -52.36 -53.67 -59.95 -66.01 -71.77 T is in Kelvin and Pat is in mm Hg. Note that more data is given than needed to solve the problem. (As is often the case when looking up data...) a) Calculate and plot the Txy phase diagram for vapor-liquid equilibria of binary mixtures of benzene (light) and ethylbenzene (heavy) at atmospheric pressure. Assume validity of Raoult's law. b) Use your results from part a) to plot the xy equilibrium curve for vapor-liquid equilibria of binary mixtures of benzene and ethylbenzene at atmospheric pressure. Remember that the plots are to use mole fraction of the lighter component as their axes. Banzane *

Consider the following samples of gas.Select the set of graphs below that show the distributions of the speed of the atoms in each sample (please take a photo of the correct graph).

A cylindrical pressure vessel of diameter 50 cm and height 1.2 m is used to store a gas mixture consisting of 75 mole % nitrogen and 25 mole % carbon dioxide at 30 bar and 20°C. i) Find the mass of gas present. ii) Find the density of the gas mixture under these conditions.  iii) Use the Gibbs Phase Rule to find the number of degrees of freedom in the system.