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

If A is a 3xx3 matrix and |adjA|=16 then |A|=

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

A is a 3times3 matrix and |A|=2 then |adj(adj(adjA))| =________ (A) 8 (B) 64 (C) 256 (D) 512

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

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