Total charge, based on the MoM analysis. Write a function totalCharge() in MATLAB th...

Total charge, based on the MoM analysis. Write a function totalCharge() in MATLAB that takes as input an array of surfaces of small patches ΔS_i and an array of associated surface charge densities ρ_si, i = 1, 2, . . . ,N, obtained by the MoM analysis, and finds, in postprocessing, the total charge Q of the body using Eq.(1.62). More precisely, Q is obtained by matrix multiplication of a row matrix of surfaces of patches, S, and a column matrix of charge-distribution coefficients, rhos. (totalCharge.m on IR)

Reference: Equation(1.62)