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

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

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

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

If A is a non-singular matrix of ordern, then |adj A| is equal to

If A is a non singular matrix of order 3 then |adj(A)|= ……………

If A is a non-singular matrix of order nxxn, then : |adj*A|=

If A is a singular matrix of order n then A* (adj A) is equal to -

If A is a square matrix of order n xx n 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 3times3 non-singular matrix,then adj (adj A ) is equal to