Write a C code (not C++)

#1 continued: a_ij is given as

a[10][10]={

{3.55618, 5.87317, 7.84934, 5.6951, 3.84642, 9.15038, -1.68539, 5.03067, 7.63384, -1.75626},

{-4.82893, 8.38177, -0.301221, 5.10182, -4.1169,-6.09145, -3.95675, -2.33365, 1.3969, 6.54555},

{-7.64196, 5.66605,3.20481, 1.55619, -1.19814, 9.79288, 5.35547, 5.86109, 4.95544, -9.35749},

{-2.95914, -9.16958,7.3216, 2.39876, -8.1302, -7.55135, -2.37718, 7.29694, 5.9867, 8.5401},

{-8.42043, -0.369407, -5.4102, -8.00545, 9.22153, 3.96454, 5.38499, 0.438365, 0.419677, 4.17166},

{6.02952, 4.57728, 5.46424, 3.52915, -1.01135, -3.74686,8.14264, -8.86961, -2.88114, 1.29821},

{0.519819, -6.16655, 1.13216, 2.75811, -1.05975, 4.20286, -3.45764, 0.763558, -0.281287, -9.76168},

{5.15737, -9.67481, 9.29904, -3.93334, 9.12785, -4.25208, -6.1652, 2.5375, 0.139195, 2.00106},

{-4.30784, 1.40711, -6.97966, -9.29715, 5.17234, 2.42634, 1.88818, -2.05526, -3.7679, 3.3708},

{-4.65418, 7.18118, 6.51338, 3.13249, 0.188456, -16.85599, 7.21435, -2.93417, 1.06061, 1.10807}

};

and c_i is given as

c[10]={-1.92193, -2.35262, 2.27709, -2.67493, 1.84756, 4.154126, -0.93387, -1.28356, -3.46841, -2.61529};

Write C code for the following: 1. Solve the following 10 simultaneous equations by the Gauss-Jordan elimination method. (Data listed on the next page.) a12 a 3x3 at 10x10 a 10x10 a 2x2 ataxa 20