If `P= [[sqrt(3)/2, 1/2],[-1/2 , sqrt(3)/ 2]], A = [[1,1],[0,1]]and Q= PAP^(T)` , the ltbr. `P(Q^(2005)) P^(T)` equal to

If P= [[sqrt(3)/2, 1/2],[-1/2 , sqrt(3)/ 2]], A = [[1,1],[0,1]]and Q= PAP^(T) , the ltbr. P^(T)(Q^(2005)) P equal to

If P=[[(sqrt(3))/(2),(1)/(2)-(1)/(2),(sqrt(3))/(2)]],A=[[1,10,1]] and Q=PAP^(T), then P^(T)Q^(2015)P is

If P=[[(sqrt(3))/(2),(1)/(2)-(1)/(2),(sqrt(3))/(2)]],A=[[1,10,1]] and Q=PAP^(T), then P^(T)Q^(2013)P=

If P=[[(sqrt(3))/(2),(1)/(2)-(1)/(2),(sqrt(3))/(2)]],A=[[1,10,1]] and Q=PAP^(T) and X=P^(T)Q^(2005)P, then X equal to:

If P=[[(sqrt(3))/(2),(1)/(2)-(1)/(2),(sqrt(3))/(2)]] and A=[[1,10,1]] and Q=PAP^(T) and x,=P^(T)Q^(2005)P then x is

If {:P=[(sqrt3/2,1/2),(1/2,sqrt3/2)],A=[(1,1),(0,1)]:}and Q=PAP^T," then" P^TQ^2015P , is

If P=[(sqrt(3)/2, 1/20),(-1/2,sqrt(3)/2)], A=[(1,1),(0,1)] and Q=PAP^T, then P^T Q^2005 P is: (A) [(1,2005),(0,1)] (B) [(1,2005),(2005,1)] (C) [(1,0),(2005,1)] (D) [(1,0),(0,1)]