=> InverseMatrix( m1x1, m1x2, m1x3, m1x4, m1x5, m2x1, m2x2, m2x3, m2x4, m2x5, m3x1, m3x2, m3x3, m3x4, m3x5, m4x1, m4x2, m4x3, m4x4, m4x5, m5x1, m5x2, m5x3, m5x4, m5x5);
=> CofactorMatrix( m1x1, m1x2, m1x3, m1x4, m1x5, m2x1, m2x2, m2x3, m2x4, m2x5, m3x1, m3x2, m3x3, m3x4, m3x5, m4x1, m4x2, m4x3, m4x4, m4x5, m5x1, m5x2, m5x3, m5x4, m5x5);
=> AdjointMatrix(m1x1, m1x2, m1x3, m1x4, m1x5, m2x1, m2x2, m2x3, m2x4, m2x5, m3x1, m3x2, m3x3, m3x4, m3x5, m4x1, m4x2, m4x3, m4x4, m4x5, m5x1, m5x2, m5x3, m5x4, m5x5);