 6"""
 } 
     "In " { $snippet "rebinding-example" } ", the binding of " { $snippet "a" } " to " { $snippet "5" } " is closed over in the first quotation, and the binding of " { $snippet "a" } " to " { $snippet "6" } " is closed over in the second, so calling both quotations results in " { $snippet "5" } " and " { $snippet "6" } " respectively. By contrast, in " { $snippet "mutable-example" } ", both quotations close over a single binding of " { $snippet "a" } ". Even though " { $snippet "a" } " is assigned to " { $snippet "6" } " after the first quotation is made, calling either quotation will output the new value of " { $snippet "a" } "."
-{ $heading "Locals in literals" }
-"Some kinds of literals can include references to local variables as described in " { $link "locals-literals" } ". For example, the " { $link 3array } " word could be implemented as follows:"
+{ $heading "Lexical variables in literals" }
+"Some kinds of literals can include references to lexical variables as described in " { $link "locals-literals" } ". For example, the " { $link 3array } " word could be implemented as follows:"
 { $example
 """USING: locals prettyprint ;
 IN: scratchpad

}
$nl

"In this example, the " { $snippet "adder" } " word creates a quotation that closes over its argument " { $snippet "n" } ". When called, the result of " { $snippet "5 adder" } " pulls " { $snippet "3" } " off the datastack and binds it to " { $snippet "m" } ":"
{ $example
    "USING: kernel locals math prettyprint ;"
    "IN: scratchpad"

    "ordinary-word-test ordinary-word-test eq? ."
    "t"
}
"Inside a lexical scope, literals which do not contain lexical variables still behave in the same way:"
{ $example
    "USE: locals"
    "IN: scratchpad"
