X-Git-Url: http://lambda.jimpryor.net/git/gitweb.cgi?p=lambda.git;a=blobdiff_plain;f=hints%2Fassignment_7_hint_5.mdwn;h=de1bbe68a07a848ee261dd4d855cde7b19b772cc;hp=779fb2edc75b6b7e9085a9c6df5c22156c486ed6;hb=ebed7bf68237f042849d0ebfeed8095a5f7d14a4;hpb=b7aef174959119fd62706cd966ca74859bbdf292

diff --git a/hints/assignment_7_hint_5.mdwn b/hints/assignment_7_hint_5.mdwn
index 779fb2ed..de1bbe68 100644
--- a/hints/assignment_7_hint_5.mdwn
+++ b/hints/assignment_7_hint_5.mdwn
@@ -61,7 +61,7 @@ purely dealing with nondeterminism.
 	<pre><code>bind_set (bind_set u \[[&exist;x]]) \[[Px]]
 	</code></pre>
 
-*	Let's compare this to what \[[&exist;xPx]] would look like on a non-dynamic semantics, for example, where we use a simple reader monad to implement variable binding. Reminding ourselves, we'd be working in a framework like this. (Here we implement environments or assignments as functions from variables to entities, instead of as lists of pairs of variables and entities. An assignment `r` here is what `fun c -> List.assoc c r` would have been in [week7](
+*	Let's compare this to what \[[&exist;xPx]] would look like on a non-dynamic semantics, for example, where we use a simple Reader monad to implement variable binding. Reminding ourselves, we'd be working in a framework like this. (Here we implement environments or assignments as functions from variables to entities, instead of as lists of pairs of variables and entities. An assignment `r` here is what `fun c -> List.assoc c r` would have been in [week7](
 /reader_monad_for_variable_binding).)
  
 		type assignment = char -> entity;;