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+// Scilab code Ex8.11 Page:264 (2006)
+clc; clear;
+S = 2; // Spin quantum number
+J = 0; // Total quantum number
+L = 2; // Orbital quantum number
+g = 2; // Lande splitting factor
+printf("\nThe spectroscopic term value of Mn3+ ion = %d_D_%d", 2*S+1, J);
+// For J = L - S
+J = L - S;
+mu_N = g*sqrt(J*(J+1)); // Effective magneton number
+printf("\nThe effective magneton number for J = L - S is %d", mu_N);
+// For J = S, L = 0 so that
+L = 0;
+J = L+S;
+mu_N = g*sqrt(J*(J+1)); // Effective magneton number
+printf("\nThe effective magneton number for J = S is %3.1f.\nIt is in agreement with the experimental value of 5.0.", mu_N);
+
+// Result
+// The spectroscopic term value of Mn3+ ion = 5_D_0
+// The effective magneton number for J = L - S is 0
+// The effective magneton number for J = S is 4.9.
+// It is in agreement with the experimental value of 5.0.