Some reflow and rephrasing

doc/Language/list.pod6

@@ -232,13 +232,14 @@ value, but unlike the above options, it will break L<Scalars|/type/Scalar>.
 =head1 Lazy Lists
 X<|lazy (property of List)>
 
-Lists can be lazy, what means that their values are computed on demand and
+Lists can be lazy, which means that their values are computed on demand and
 stored for later use. To create a lazy list use
-L<gather/take|/language/control#gather/take> or the
-L<sequence operator|/language/operators#infix_...>. You can also write a class that
+L<gather/take|/language/control#gather/take> or the L<sequence
+operator|/language/operators#infix_...>. You can also write a class that
 implements the role L<Iterable|/type/Iterable> and returns C<True> on a call to
-L<is-lazy|/routine/is-lazy>. Please note that some methods like C<elems> cannot be
-called on a lazy List and will result in a thrown L<Exception|/type/Exception>.
+L<is-lazy|/routine/is-lazy>. Please note that some methods like C<elems> cannot
+be called on a lazy List and will result in a thrown
+L<Exception|/type/Exception>.
 
     # This list is lazy and elements will not be available
     # until explicitly requested.
@@ -252,7 +253,8 @@ called on a lazy List and will result in a thrown L<Exception|/type/Exception>.
 
     my @no-longer-lazy = eager @l;           # Forcing eager evaluation
     say @no-longer-lazy.is-lazy;             # OUTPUT: «False␤»
-    say @no-longer-lazy[];                   # OUTPUT: (sequence starting with «[1 11 121» ending with a 300 digit number)
+    say @no-longer-lazy[];
+    # OUTPUT: (sequence starting with «[1 11 121» ending with a 300 digit number)
 
 A common use case for lazy Lists are the processing of infinite sequences of numbers,
 whose values have not been computed yet and cannot be computed in their entirety.