If `A=[i0 0i],\ n in N` , then `A^(4n)` equals `[0i i0]` (b) `[0 0 0 0]` (c) `[1 0 0 1]` (d) `[0i i0]`

If A=[i00i],n in N, then A^(4n) equals [0ii0] (b) [0000](c)[1001](d)[0ii0]

If A=[(i,0), (0,i)],\ n in N , then A^(4n) equals [(0,i), (i,0)] (b) [(0 ,0) ,(0, 0)] (c) [(1, 0) ,(0, 1)] (d) [(0,i) ,(i,0)]

If {:A=[(i,0),(0,i)]:},n in N" then " A^(4n) equal

If A = [(i,0),(0,i)] then A^(4n) (n in N ) equals :

If A=[[i,0],[0,i]];i=sqrt(-1), then A^(n) is equal to

if A=[[i,0] , [0,i]] where i=sqrt(-1) and x in N then A^(4x) equals to:

If A = [(-i,0),(0,i)] then A ' A is equal to

if A=[[i,0] , [0,i]] where i=sqrt(-1) and x epsilon N then A^(4x) equals to:

if A=[[i,0] , [0,i]] where i=sqrt(-1) and x epsilon N then A^(4x) equals to: