You are given two fractions: an original fraction and a target fraction .

We define "Strange Simplification" as follows. You can simplify the original fraction by removing one digit from both the numerator and denominator in each step. The operation must satisfy these rules:

•  After removal, neither numerator nor denominator can have leading zeros.
• The order of remaining digits must be preserved.
• You must remove exactly one digit from numerator and one digit from denominator in each operation.
• The removed two digits must be the same.

For example, can be simplified as because of , but cannot be simplified as  (although numerically the two numbers are indeed equal). cannot be simplified to because the denominator has one leading zero.

Determine if the original fraction can be simplified to the target fraction through one or more such operations (or do nothing).

The first line contains an integer  (), denoting the number of test cases.

For each test case, input two fractions  formed as  (). It is guaranteed that any number does not have any leading zero.

For each test case, if  can be simplified as , print . Otherwise, print .

6
20250517/20250516 7/6
20250517/5557 202017/57
2100/4200 21/42
1002/2004 100/4
31415/926 31415/926
10/100 1/1

Yes
Yes
Yes
No
Yes
No