I have solved the written part of the problem and provided the solution. I just. I need help with writing MATLAB code.

Problem 2.2 A two-wire copper transmission line is embedded in a dielectric material with Er 2.6 anda 2x10 S/m. Its wires are separated by 3 cm and their radii are 1 mm each. (a) Calculate the line parameters R.LT, G and C at 2 GHz. Using MATLAB, plot how au the line parameters vary if the distance between the wires is swept from 2cm to 11cm. Comment on your ots (make sure your graphs are annotate Submit Hints: To generate the plots, you have to type equations from Table 2-1 in MATLAB. Start by defining your terms in the SI units. So, da 0.002 etc. The distance between the lines, D is the sweep variable. Assign D 0.02:0.01:0.11 (i.e. sweep D from 2cm to licm) Natural logarithm, "in" is defined as 1og" in MATLAB (see help) The value for is a pre-defined constant and can be accessed using pi The code for calculating L' is given below. Add equations for the other parameters and plot them with respect to D d-0.002; tin meters D 0.02:0.01:0.11; 2cm to 11cm in steps of lom eps r 2.6 relative permittivity eps o 8.85418782 10 12 permittivity of free space eps eps reps o; stotal permittivity mu o 4 pi 10 spermeability of free space mur 1; relative permeability of dielectric mu mu r mu o: total permeability of dielectric sigma 2 10 6; Selectric conductivity of dielectric snote: You will need to define another term "sigma copper" in order to Scalculate term inside log D/d) +sqrt (D/d) 2-1) defining a constant in order sirplify writing the equations L primea (mu/pi) log (term inside log) s calculate L Note the notation is used for defining the transpose of a matrix in MATLAB and so cannot be used sde fine a constant