If A is a square matrix such that A adj (A)=diag(k,k,k,k) then |adjA|=

" If "A" is a square matrix such that "Aadj(A)=diag(k,k,k,k,k)" then "|adjA|=

If A is a square matrix, then adj(A')-(adjA)'=

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

if A is a square matrix such that Aadj(A)=[[8,0,0],[0,8,0],[0,0,8]] then (|adj(adjA)|)/(|adjA|) is

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 square matrix such that A(adjA)=[(4,0,0),(0,4,0),(0,0,4)], then =(|adj(adjA)|)/(2|adjA|) is equal to

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

If A is an square matrix of order 3 such that |A|=2, then write the value of |adj(adjA)|

If A is a square matrix of order 3 such that |A|=3, then find the value of |adj(adjA)|

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