A is a `3times3` matrix and |A|=2 then `|adj(adj(adjA))|`=

If A is a 3times3 matrix and |A|=2, then |Adj(Adj(Adj(Adj(A)|=

If A is a ntimesn matrix and |A|ne0 , then adj(adjA)=

If A is a 3times3 matrix and |adj A|=16 then |A|=

If A is order 2 square matrix such that |A|=2, then |(adj(adj(adjA)))| is 512 b. 256 c. 64 d. none of these

" If "A" is a "3times3" matrix and "det A=-2" then "|" Adj "A|

If A is order 3 square matrix such that |A|=2 , then |"adj (adj (adj A))"| is

" If "A" is a square matrix of order "3" such that "|A|=2," then "|" adj "(adj(adjA))|=

If A is 3x3 matrix and det adj(A)=k then det(adj2A)=

Suppose A is a 3xx3 matrix such that det(A)=2.2 then ("det"(adj(adjA)))/(("det"(A))^(2))= __________.

If A is a matrix of order 3 and |A|=2, then A |adj A| is