Well, not if you know that .sort(); is meant to accept a custom sort function too [1,2,10,20].sort((a,b)=>b-a)) // 1, 2, 10, 20
In fact, your example suffers from the same problem: It sorts in descending order (20,10,2,1) instead of ascending (1,2,10,20).
Telling JS to use a TypedArray [Int8,...,BigInt64] instead can solve this without remembering and providing your own comparator:
Float64Array.from([1,2,10,20]).sort(); //[1,2,10,20]