While preparing this problem set the jury has run into the following problem: it was
necessary to send by email the texts of the problems. As it is well known, email is not reliable, messages are sent not enciphered, there is a danger that someone can intercept them. The members of the program committee wanted no participant know the texts of the problems before the start of the contest. That's why they resorted to cryptography methods in order to save the texts of the problems from an unsanctioned reading. The jury gas worked up a new way of enciphering of a text. It is not patented yet, so it's kept secret. However, we'll reveal you one secret: the new algorithm is based on the work with prime numbers. In particular, in uses a calculation of nth by order prime number.
Several members of the program committee independently have worked up
programs that make such calculations, but these programs produce different answers.
Each one of the programmers is sure that his program works correctly. That's why the
jury has reached the deadlock and can't continue working. The contest is about not to
take place.
You are to help to the jury and to save the contest. We want you to write a
program that calculates the nth by order prime number. The main thing is that your
program should work correctly.
Input
First line contains a positive integer k. Then k positive integers follow (one in each line). The numbers don't exceed 15000.
Output
For each number n you should output the nth by order prime number.
Each number should be in its line.
Sample
input  output 

4
3
2
5
7
 5
3
11
17

Notes
The prime number is a positive integer that has exactly two different
positive divisors, i.e. 1 is not a prime number.
Problem Author: folklore
Problem Source: The 3rd high school children programming contest, USU, Yekaterinburg, Russia, March 4, 2001