Let `P=[a]"be a "3xx3` matrix and let `Q=[b]=2^(i+j)a_(i) "for" 1 lei, j le 3`, If the determinant of P is 2, then the determinant of the matrix Q is:

Let P=[a_(i j)] be a 3xx3 matrix and let Q=[b_(i j)],w h e r eb_(i j)=2^(i+j)a_(i j) for 1lt=i ,jlt=3. If the determinant of P is 2, then the determinant of the matrix Q is

Let P=[a_("ij")] be a 3xx3 matrix and let Q=[b_("ij")] , where b_("ij")=2^(i+j) a_("ij") for 1 le i, j le 3 . If the determinant of P is 2, then the determinant of the matrix Q is

Let P=[a_("ij")] be a 3xx3 matrix and let Q=[b_("ij")] , where b_("ij")=2^(i+j) a_("ij") for 1 le i, j le 3 . If the determinant of P is 2, then the determinant of the matrix Q is

Let P = [a_(ij)] " be a " 3 xx 3 matrix and let Q = [b_(ij)], " where " b_(ij) = 2^(i +j) a_(ij) " for " 1 le i, j le 3 . If the determinant of P is 2, then the determinant of the matrix Q is

Let P=[a_(i j)] be a 3xx3 matrix and let Q=[b_(i j)],w h e r eb_(i j)=2^(i+j)a_(i j)for1lt=i ,jlt=3. If the determinant of P is 2, then the determinant of the matrix Q is 2^(10) b. 2^(11) c. 2^(12) d. 2^(13)

Let P=[a_(i j)] be a 3xx3 matrix and let Q=[b_(i j)],w h e r eb_(i j)=2^(i+j)a_(i j)for1lt=i ,jlt=3. If the determinant of P is 2, then the determinant of the matrix Q is 2^(10) b. 2^(11) c. 2^(12) d. 2^(13)

Let P=[a_(i j)] be a 3xx3 matrix and let Q=[b_(i j)],w h e r eb_(i j)=2^(i+j)a_(i j)for1lt=i ,jlt=3. If the determinant of P is 2, then the determinant of the matrix Q is 2^(10) b. 2^(11) c. 2^(12) d. 2^(13)

Let P = [a_(ij)] " be a " 3 xx 3 matrix and let Q = [b_(ij)], " where " b_(ij) = 2^(I +j) a_(ij) " for " 1 le i, j le 3 . If the determinant of P is 2, then the determinant of the matrix Q is

Let P = [a_(ij)] be a 3xx3 matrix and let Q = [b_(ij)] , where b_(ij) = 2^(i+j)a_(ij) for 1 le I , j le 3 . If the determinant of P is 2 . Then tehd etarminat of the matrix Q is :