If the adjoint of a `3 xx 3` matrix A is `[(3,-2,7),(2,-6,-4),(1,3,2)],` then the absolute value of the determinant A is

If the adjoint of a 3xx3 matrix P is [(1,4,4),(2,1,7),(1,1,3)] then the possible value (s ) of the determinant of P is :

If the adjoint of a 3 xx 3 matrix P is [{:(,1,4,4),(,2,1,7),(,1,1,3):}] , then the possible value(s) of the determinant of P is (are)

If the adjoint of a 3 xx 3 matrix P is [{:(,1,4,4),(,2,1,7),(,1,1,3):}] , then the possible value(s) of the determinant of P is (are)

If the adjoint of a 3xx3 matrix P is [(1, 4, 4), (2, 1, 7), (1, 1, 3)], then the possible value(s) of the determinant of P is (are)

If the adjoint of a 3x3 matrix P is [(1,4,4),(2,1,7),(1,1,3)] , then the possible value/s of the determinant of P is/are (A) +-2 (B) +-1 (C) +-4 (D) +-3

If the adjoint of a 3x3 matrix P is (1 4 4) (2 1 7) (1 1 3) , then the possible value(s) of the determinant of P is (are)

If the adjoint of a 3x3 matrix P is (1 4 4) (2 1 7) (1 1 3) , then the possible value(s) of the determinant of P is (are) (A) -2 (B) -1 (C) 1 (D) 2

If the adjoint of a 3times3 matrix "P" is [[1,2,1],[4,1,1],[4,7,3]] ,then the sum of squares of possible values of determinant of "P" is