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

If A=|[1,a],[0,1]| , then A^(n) is equal to

If A= [(1,0),(1,1)] then A^(n)+nI is equal to a) I b)nA c)nA-I d)I+nA

If X=[[1,1],[1,1]] , then X^n , for n in N is equal to

If A = [[1,x],[0,1]] then for x in N , A^10 is equal to...

If A = [(1,1),(1,1)] and n in N , then A^(n) equals :

If the product of n matrices [[1,10,1]][[1,20,1]][[1,30,1]]......[[1,n0,1]] is equal to the matrix ,[[1,3780,1]] then the value of n is equal to

If the product of n matrices [[1,n][0, 1] [[1, 2],[ 0 , 1]] [[1 , 3],[ 0, 1]][[1, n],[ 0 , 1]] is equal to the matrix [[1, 378], [0 , 1]] then the value of n is equal to

If A=[(1,a),(0, 1)] , then A^n (where n in N) equals [(1,n a),(0, 1)] (b) [(1,n^2a),(0, 1)] (c) [(1,n a),(0 ,0)] (d) [(n,n a),(0,n)]

If A=[(1,a),(0, 1)] , then A^n (where n in N) equals (a) [(1,n a),(0, 1)] (b) [(1,n^2a),(0, 1)] (c) [(1,n a),(0 ,0)] (d) [(n,n a),(0,n)]