M site/contents/_includes/_learn-definitions.md → site/contents/_includes/_learn-definitions.md

@@ -44,12 +44,12 @@ Simple: `4`. Every quotation defines its own scope, and in each scope a new variable called `a` is defined. In the innermost scope containing the quotation `(a dup * :a)` the value of `a` is set to `64`, but this value is not propagated to the outer scopes. Note also that the value of `a` in the innermost scope is first retrieved from the outer scope (8).
 
 If we want to change the value of the original `a` symbol defined in the outermost scope, we have to use the {#link-operator||lang||bind#} or its shorthand sigil `@`, so that the programs becomes the following:
 
-     4 :a ;First definition of the symbol a in the outermost scope
+     4 :a ;First definition of the symbol a
      (
        a 3 + @a ;The value of a is updated to 7.
        (
          a 1 + @a ;The value of a is updated to 8
-         (a dup * @a) dequote ;The value of a is updated to 64
+         (a dup * @a) dequote ;The value of a is now 64
        ) dequote
      ) dequote
 

M site/contents/_includes/_learn.md → site/contents/_includes/_learn.md

@@ -16,7 +16,7 @@ 
 Let's see how it works:
 
 1. First a list containing the first five integer is pushed on the stack.
-2. Then, another list containing two symbols (`dup` and `\*`) is pushed on the stack. This constitutes a quoted program which, when executed duplicates (`dup`) the first element on the stack and then multiplies (`*`) the two elements together.
+2. Then, another list containing two symbols (`dup` and `*`) is pushed on the stack. This constitutes a quoted program which, when executed duplicates (`dup`) the first element on the stack and then multiplies (`*`) the two elements together.
 3. Finally, the symbol `map` is pushed on the stack. Map takes a list of elements and a quoted program and applies the program to each element.
 
 Note that: