If A is a `3times3` non-singular matrix,then `adj (adj A )` is equal to

" If "A" is a "3times3" non-singular matrix,then adj(adjA) is equal to "

If A is a 2xx2 non singular matrix, then adj(adj A) is equal to :

If A is a non-singular matrix of order 3, then adj(adj(A)) is equal to

If A is a 3xx3 non-singular matrix,then |A^(-1)adj(A)| is

If A is a non-singular matrix, then A (adj.A)=

If A is a singular matrix, then A (adj A) is a

If A is a non-singular matrix of order n, then A(adj A)=

If A is a 3times3 non-singular matrix and (adjA)= |A|^(x) ,|adj(adjA)|= |A|^(y) , |A^(-1)|=|A|^(z) ,then the value of x,y,z in descending order.

If A is a non singular matrix of order 3 then |adj(adjA)| equals (A) |A|^4 (B) |A|^6 (C) |A|^3 (D) none of these