Maximum Number After Deleting a Digit

Given a non-empty string composed of digits (0-9), remove exactly one digit so that the remaining digits form the maximum possible integer. Formally, given a string \( S \) where \( S \) is of length at least 2, you need to choose an index \( i \) (where \( 0 \le i < |S| \)) and remove the digit at that position. Let \( T \) be the string after removal. Your task is to compute \( \max_{0 \le i < |S|} \{ \text{int}(T) \} \), where \( \text{int}(T) \) denotes the integer value of \( T \) (ignoring any leading zeros).

For example:

• For S = "123", removing the first digit yields 23.
• For S = "51423", removing the digit '1' yields 5423.
• For S = "9876", the maximum value obtained is 987.

You are required to handle multiple test cases reading from standard input, with each test case on a separate line after the initial count.

inputFormat

The input is read from standard input and has the following format:

1. The first line contains a single integer \( T \) (\(1 \le T \le 100\)), the number of test cases.
2. Each of the next \( T \) lines contains a non-empty string \( S \) consisting only of digits. The length of \( S \) is at least 2.

outputFormat

For each test case, output a single line containing the maximum integer obtainable by deleting exactly one digit from the string.

1
123

23