Table: Employees

+-------------+---------+
| Column Name | Type    |
+-------------+---------+
| emp_id      | int     |
| emp_name    | varchar |
| dep_id      | int     |
| position    | varchar |
+-------------+---------+
emp_id is column of unique values for this table.
This table contains emp_id, emp_name, dep_id, and position.

Write a solution to find the name of the manager from the largest department. There may be multiple largest departments when the number of employees in those departments is the same.

Return the result table sorted by dep_id in ascending order.

The result format is in the following example.

 

Example 1:

Input: 
Employees table:
+--------+----------+--------+---------------+
| emp_id | emp_name | dep_id | position      | 
+--------+----------+--------+---------------+
| 156    | Michael  | 107    | Manager       |
| 112    | Lucas    | 107    | Consultant    |    
| 8      | Isabella | 101    | Manager       | 
| 160    | Joseph   | 100    | Manager       | 
| 80     | Aiden    | 100    | Engineer      | 
| 190    | Skylar   | 100    | Freelancer    | 
| 196    | Stella   | 101    | Coordinator   |
| 167    | Audrey   | 100    | Consultant    |
| 97     | Nathan   | 101    | Supervisor    |
| 128    | Ian      | 101    | Administrator |
| 81     | Ethan    | 107    | Administrator |
+--------+----------+--------+---------------+
Output
+--------------+--------+
| manager_name | dep_id | 
+--------------+--------+
| Joseph       | 100    | 
| Isabella     | 101    | 
+--------------+--------+
Explanation
- Departments with IDs 100 and 101 each has a total of 4 employees, while department 107 has 3 employees. Since both departments 100 and 101 have an equal number of employees, their respective managers will be included.
Output table is ordered by dep_id in ascending order.