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program RundaProbna;

{$mode objfpc}{$H+}

uses
   {$IFDEF UNIX}{$IFDEF UseCThreads}
   cthreads,
   {$ENDIF}{$ENDIF}
   Classes
   { you can add units after this };

type TDat=Array[0..1000] of Record
        Value,Power:Int64;
     End;
var Max:Longint;
    Dat:TDat;


Function FindBin(ANum:Int64):Boolean;
var Left,Med,Rigth:Longint;
Begin
  Left:=0;
  Rigth:=Max;
  Result:=False;
  While Left<=Rigth do Begin
     Med:=(Left+Rigth) div 2;
     If ANum=Dat[Med].Value Then Begin
        Result:=True;
        Break;
     End;
     If Dat[Med].Value<ANum Then
        Left:=Med+1
     else
        Rigth:=Med-1;
  End;
End;


Procedure GenerateFibona;
Begin
   Max:=1;
   Dat[0].Value :=0;
   Dat[0].Power :=0;
   Dat[1].Value :=1;
   Dat[1].Power :=1;
   repeat
      Max:=Max+1;
      Dat[Max].Value:=Dat[Max-1].Value+Dat[Max-2].Value;
      Dat[Max].Power:=Dat[Max].Value*Dat[Max].Value;
   Until Dat[Max].Value>1000000000;
End;

Procedure ReadTest;
var Value,R:Int64;
    Loop:Longint;
    T:Boolean;
Begin
   ReadLn(Value);
   T:=False;
   If Value in [0..1] Then T:=True Else Begin
   For Loop:=1 to Max do Begin
      R:=Value div Dat[Loop].Value;
      If R*Dat[Loop].Value=Value Then Begin
         T:=FindBin(R);
         If T Then Break;
      End;
      If Dat[Loop].Power>Value Then Break;
   End;
   End;
   If T Then WriteLn('TAK') Else WriteLn('NIE');
End;

Var Count,Loop:Longint;
begin
   GenerateFibona;
   ReadLn(Count);
   For Loop:=1 to Count do ReadTest;
end.