I need the answer to part b) c) and d)

{3.1 a} Explain what is meant by a radial distribution function, grh when describing the structure of gases, liquids and solids. Explain what is meant by the phrase long Hinge order in a radial distribution function. b} Solid xenon at near absolute zero is assumed by some experimentalists to take up the structure of a simple cubic lattice. Calculate the expected positions of the rst three peaks in units of n. the lattice parameter, for a radial distribution function. Explain your reasoning. c} The xenon is then heated until it liquees and it is then heated to a gaseous state at d K. Draw the general features of the radial distribution function for the liquid and gas state. Explain carefully how the various features of your sketches reect both the interparticle interactions and the distinct nature of the particle arrangements in each of thom states of xenon. d} A thin capillary tube of diameter 1 mm is vertically plunged into liquid xenon. Calculate the height to which the liquid xenon will rise. The surface tension. T: of xenon at cm] H is 15mN m'1 and the density of xenon is 313 gme