There are three decimal numbers, namely X, Y, and Z. You are given the value of X in the form of xx.xx.

Write a program to find the minimum value of Z such that Y is either floor (ZX/100) or ceil (ZX/100) and \(Y/Z\) rounds off to the given value of X, i.e. upto two decimal places.

Input format

• First line: T (number of test cases)
• First line in each test case: X, either in the form \(xx.xx\) or \(xx.xxx\)

   

Output format

For each test case, print the minimum value of Z such that Y is either floor (ZX/100) or ceil (ZX/100) and \(Y/Z\) rounds off to the given value of X, i.e. upto two decimal places.

Note:

All values of X are rounded off to the nearest hundredth. In case the difference is equal to 0.005, round up.

Constraints

\(1 ≤ T ≤ 10000\)
\(00.00 ≤ X ≤ 99.99\)