Sincronización 06-advanced-functions

1-js/06-advanced-functions/01-recursion/01-sum-to/solution.md

@@ -37,4 +37,4 @@ P.S. Naturally, the formula is the fastest solution. It uses only 3 operations f
 
 The loop variant is the second in terms of speed. In both the recursive and the loop variant we sum the same numbers. But the recursion involves nested calls and execution stack management. That also takes resources, so it's slower.
 
-P.P.S. The standard describes a "tail call" optimization: if the recursive call is the very last one in the function (like in `sumTo` above), then the outer function will not need to resume the execution and we don't need to remember its execution context. In that case `sumTo(100000)` is countable. But if your JavaScript engine does not support it, there will be an error: maximum stack size exceeded, because there's usually a limitation on the total stack size.
+P.P.S. Some engines support the "tail call" optimization: if a recursive call is the very last one in the function (like in `sumTo` above), then the outer function will not need to resume the execution, so the engine doesn't need to remember its execution context. That removes the burden on memory, so counting `sumTo(100000)` becomes possible. But if the JavaScript engine does not support tail call optimization (most of them don't), there will be an error: maximum stack size exceeded, because there's usually a limitation on the total stack size.

1-js/06-advanced-functions/01-recursion/04-output-single-linked-list/solution.md

@@ -43,7 +43,7 @@ function printList(list) {
 }
 ```
 
-...But that would be unwise. In the future we may need to extend a function, do something else with the list. If we change `list`, then we loose such ability.
+...But that would be unwise. In the future we may need to extend a function, do something else with the list. If we change `list`, then we lose such ability.
 
 Talking about good variable names, `list` here is the list itself. The first element of it. And it should remain like that. That's clear and reliable.
 

1-js/06-advanced-functions/01-recursion/05-output-single-linked-list-reverse/solution.md

@@ -37,7 +37,7 @@ The loop variant is also a little bit more complicated then the direct output.
 
 There is no way to get the last value in our `list`. We also can't "go back".
 
-So what we can do is to first go through the items in the direct order and rememeber them in an array, and then output what we remembered in the reverse order:
+So what we can do is to first go through the items in the direct order and remember them in an array, and then output what we remembered in the reverse order:
 
 ```js run
 let list = {