using System;

namespace _14._Numbers_to_Words_3
{
    class Program
    {
        // --- SOLUTION WITH 1 METOD + 3 SUB METODS + 1 SUB SUB METOD (11 to 19) --------------------

        static void Main(string[] args)
        {
            int loops = int.Parse(Console.ReadLine());

            for (int i = 1; i <= loops; i++)
            {
                int number = int.Parse(Console.ReadLine());
                string prnData = Letterize(number);
                Console.WriteLine(prnData);
            }
        }

        static string Letterize(int number)
        {
            string borderBreaks = string.Empty;
            // before to start with the calculation is good to clean the
            // border cases (numbers witn more than 3 digits & numbers with less than 3 digits)
            if (number > 999)
            {
                borderBreaks = "too large";
                return borderBreaks;
            }
            else if (number < -999)
            {
                borderBreaks = "too small";
                return borderBreaks;
            }

            string negativeORpositive = string.Empty;   // as defoult is asume that the number is positive
            if (number < 0) negativeORpositive = "minus ";
            number = Math.Abs(number);                  // we will work with the absolute value of "n"

            //
            int onesINT = number % 10;
            int tensINT = (number / 10) % 10;
            int handredsINT = (number / 100) % 10;

            // as a generall - the code is working for every number between -999 to 999
            // but in the requiremnts is askin that if the number is consist of less that 3 digits
            // the answer to be ""
            // that is this filter for
            if (handredsINT == 0) return "";

            // ще завъртим 3+1 метода (3 + метода за 11 до 19)
            string onesSTR = Ones(onesINT, tensINT, handredsINT);
            string tensSTR = Tens(onesINT, tensINT, handredsINT);
            string handredsSTR = Handreds(onesINT, tensINT, handredsINT);

            // --- prn ---
            // the print is a little bit complicate - thats why here is the expression of the print:
            // +/-(1) handreds(2) and(3) tens(4) space(5) ones(6) --> following this, the print
            // will be aranged as 1+2+3+4+5+6 --> for every print member is necessary to be checked
            // a few conditions

            // seems that the next asignemnts are not necessary becouse we olready have some of variables
            // and is not necessary to asigne them again to anather variable
            // BUT, to make more cleare the print arangement, this would be usefull:

            string one = string.Empty;      // here, we will kept the + or - value
            one = negativeORpositive;

            string two = string.Empty;      // here, we will kept value of the handreds
            if (handredsINT != 0) two = handredsSTR;

            string three = string.Empty;    // here, we will kept the word " and " - in case we will need it
            if (handredsINT != 0 && (tensINT != 0 || onesINT != 0)) three = " and ";

            string four = string.Empty;     // here, we will kept value of the tens
            if (tensINT != 0) four = tensSTR;

            string five = string.Empty;     // this is the spasion between tens and ones (if have)
            if (tensINT >= 2 && onesINT != 0) five = " ";

            string six = string.Empty;      // here, we will kept value of the ones
            if (tensINT != 1 && onesINT > 0) six = onesSTR;

            //return value from the metod is:
            string result = one + two + three + four + five + six;

            return result;

        }

        static string Handreds(int ons, int tns, int hndrds)
        // nonused parameters are included in the Handreds( parameters ) - this is in case...
        // sometimes... in the future ... may be...  will be needed for a some sort check.
        {
            string handredsAsWord = string.Empty;

            switch (hndrds)
            {
                case 0: handredsAsWord = ""; break;
                case 1: handredsAsWord = "one-hundred"; break;
                case 2: handredsAsWord = "two-hundred"; break;
                case 3: handredsAsWord = "three-hundred"; break;
                case 4: handredsAsWord = "four-hundred"; break;
                case 5: handredsAsWord = "five-hundred"; break;
                case 6: handredsAsWord = "six-hundred"; break;
                case 7: handredsAsWord = "seven-hundred"; break;
                case 8: handredsAsWord = "eight-hundred"; break;
                case 9: handredsAsWord = "nine-hundred"; break;
                //default: handredsAsWord = ""; break;

            }

            return handredsAsWord;

        }

        static string Tens(int ons, int tns, int hndrds)
        // nonused parameters are included in the Tens( parameters ) - this is in case...
        // sometimes... in the future ... may be...  will be needed for a some sort check.
        {
            string tensAsWord = string.Empty;

            switch (tns)
            {
                case 0: tensAsWord = ""; break;
                case 1: tensAsWord = case1119(ons); break;  // this is the case between 11 and 19
                case 2: tensAsWord = "twenty"; break;
                case 3: tensAsWord = "thirty"; break;
                case 4: tensAsWord = "forty"; break;
                case 5: tensAsWord = "fifty"; break;
                case 6: tensAsWord = "sixty"; break;
                case 7: tensAsWord = "seventy"; break;
                case 8: tensAsWord = "eighty"; break;
                case 9: tensAsWord = "ninety"; break;
                //default: handredsAsWord = ""; break;

            }

            return tensAsWord;
        }

        static string Ones(int ons, int tns, int hndrds)
        // nonused parameters are included in the Ones( parameters ) - this is in case...
        // sometimes... in the future ... may be...  will be needed for a some sort check.
        {
            string onesAsWord = string.Empty;


            switch (ons)
            {
                case 0: onesAsWord = ""; break;
                case 1: onesAsWord = "one"; break;
                case 2: onesAsWord = "two"; break;
                case 3: onesAsWord = "three"; break;
                case 4: onesAsWord = "four"; break;
                case 5: onesAsWord = "five"; break;
                case 6: onesAsWord = "six"; break;
                case 7: onesAsWord = "seven"; break;
                case 8: onesAsWord = "eight"; break;
                case 9: onesAsWord = "nine"; break;

            }

            return onesAsWord;
        }


        static string case1119(int ons)
        {
            string teens = string.Empty;

            switch (ons)
            {
                case 0: teens = "ten"; break;
                case 1: teens = "eleven"; break;
                case 2: teens = "twelve"; break;
                case 3: teens = "thirteen"; break;
                case 4: teens = "fourteen"; break;
                case 5: teens = "fifteen"; break;
                case 6: teens = "sixteen"; break;
                case 7: teens = "seventeen"; break;
                case 8: teens = "eighteen"; break;
                case 9: teens = "nineteen"; break;

            }


            return teens;

        }



    }
}