Calculate and plot the concentration of potassium, aluminium and sulphate ions as a function of distance...

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Calculate and plot the concentration of potassium, aluminium and sulphate ions as a function of distance from the surface. The required units are mM for concentration and nm for x. Use the following increments and range for distance: x = 0.3, 0.4, 0.5, ..., 9.9, 10 nm Write down the equation used and show your working for x = 0.8 nm. Calculate and plot the dependence of the van der Waals interaction energy on the separation distance, D, between the particles. The required units are J (in dimensions of 10-19 J) for energy and nm for separation. The Hamaker constant for the particle-solution-particle system is A = 0.375 x 10-20 J. Use the following increments and range for separation distance: D = 0.3, 0.4, 0.5, ..., 9.9, 10, 11, 12,..., 20 nm Write down the equation used and show your working for D = 0.8 nm. Calculate and plot the concentration of potassium, aluminium and sulphate ions as a function of distance from the surface. The required units are mM for concentration and nm for x. Use the following increments and range for distance: x = 0.3, 0.4, 0.5, ..., 9.9, 10 nm Write down the equation used and show your working for x = 0.8 nm. Calculate and plot the dependence of the van der Waals interaction energy on the separation distance, D, between the particles. The required units are J (in dimensions of 10-19 J) for energy and nm for separation. The Hamaker constant for the particle-solution-particle system is A = 0.375 x 10-20 J. Use the following increments and range for separation distance: D = 0.3, 0.4, 0.5, ..., 9.9, 10, 11, 12,..., 20 nm Write down the equation used and show your working for D = 0.8 nm.