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#include <iostream>
#include  <list>
#define   FIBARRAYSIZE 50

using namespace std;

class fibgen
{
public:
    unsigned int current;
    unsigned int last;
    unsigned int amount;
    unsigned int data[FIBARRAYSIZE];


    fibgen(){
        data[0]=last=0;
        data[1]=current=1;
        amount=2;
    };

    bool genNext(void)
    {
        current = current +last;
        last = current-last;
        amount++;

        if(amount<FIBARRAYSIZE){
            data[amount-1]=current;
            return true;
        }else
            return false;
    };


    unsigned int getAmount(){
        return amount;
    }
    bool genUntilBigger(unsigned int limit)
    {

        while(current<limit)
        {
            if(this->genNext()==false)
                return false;
        }

    }
    bool isFib(unsigned int Number)
    {
        int it =1;
        while(Number>this->data[it])
        {
            it++;
        }

        if(Number==data[it])
            return true;
        else
            return false;
    }
    void printData(void)
    {
        cout<<endl;
        cout<<"Amount ="<<amount<<endl<<"MaxFib = "<<data[amount-1]<<endl;

    }

    void printFib()
    {
        for(int it =0;it<amount;it++)
        {
            cout<<"Fib["<<it+1<<"]= "<<this->data[it]<<" \t";
        }
        cout<<endl;
    }

};


class Matter{
    public:
    unsigned int val;

    bool         ans;
    bool        isSolved;

    std::list <unsigned int> FibDvisor;
    Matter(){
        val = 0;
        ans = false;
        isSolved = false;
    }

    void setVal(unsigned int Value)
    {
        this->val=Value;
        if((val==0)||(val==1)){
            this->ans=true;
             isSolved=true;
        }else
            this->FibDvisor.push_back(val);
    }

    void push_Divisor(unsigned int div){
        this->FibDvisor.push_back(div);
    }
    void check(fibgen &Working)
    {
    int it;
    it=2;
    unsigned int tmp;
    while(Working.data[it]<val)
    {
        if((val%Working.data[it])==0)
            if(Working.isFib(val/Working.data[it]))
                {
                // cout<<"Val: "<<val<<" Modulo "<<(val%Working.data[it]);
                // cout<<"Val: "<<val<<" Divider "<<(val/Working.data[it])<<endl;
                 ans=true;
                 isSolved=true;
                 break;
                };
        it++;
    }
    }
};



int main()
{
    short int t;
    unsigned int inBuffer;
    unsigned int FibMax=0;
    class Matter data[10];
    class fibgen gen;


    cin>>t;

    for(int mi=0;mi<t;mi++)
    {

        cin>>inBuffer;
        if(inBuffer>FibMax)
            FibMax=inBuffer;
        data[mi].setVal(inBuffer);
    }
    gen.genUntilBigger(FibMax);



    for(int mi=0;mi<t;mi++)
    {
        data[mi].check(gen);
        if(data[mi].ans)
            cout<<"TAK"<<endl;
        else
            cout<<"NIE"<<endl;
    }
    //gen.printData();
   // gen.printFib();
    return 0;
};