The approach uses a greedy algorithm with Roman numeral values arranged from largest to smallest, including special combinations such as:

• 1000 → M
• 900 → CM
• 500 → D
• 400 → CD
• 100 → C
• 90 → XC
• 50 → L
• 40 → XL
• 10 → X
• 9 → IX
• 5 → V
• 4 → IV
• 1 → I

The algorithm repeatedly checks whether the current number is greater than or equal to a Roman numeral value. If it is, that symbol is added to the result and the value is subtracted from the number.

For example:

3749 → MMMDCCXLIX

This solution is simple, readable, and efficient. The screenshot also shows the solution being accepted with a 6 ms runtime.

Another great step in strengthening JavaScript problem-solving skills, especially around arrays, loops, greedy algorithms, and string manipulation. 💻🔥

Consistency is the key to improving at coding—one problem at a time!

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