From: Chris <chris.barker@nyu.edu>
Date: Mon, 16 Mar 2015 16:19:30 +0000 (-0400)
Subject: edits
X-Git-Url: http://lambda.jimpryor.net/git/gitweb.cgi?p=lambda.git;a=commitdiff_plain;h=62abed25f0f396cd548b833805f4219cbdf79533

edits
---

diff --git a/topics/_week7_monads.mdwn b/topics/_week7_monads.mdwn
index 3f2955e9..da0b0080 100644
--- a/topics/_week7_monads.mdwn
+++ b/topics/_week7_monads.mdwn
@@ -48,27 +48,23 @@ We'll often write box types as a box containing the value of the free
 type variable.  So if our box type is `α List`, and `α == Int`, we
 would write
 
-<table border=2px><td>Int</td></table>
+<u>Int</u>
 
 for the type of a boxed Int.
 
 At the most general level, we'll talk about *Kleisli arrows*:
 
-P -> <table border=2px><td>Q</td></table>
+P -> <u>Q</u>
 
 A Kleisli arrow is the type of a function from objects of type P to
 objects of type box Q, for some choice of type expressions P and Q.
 For instance, the following are arrows:
 
-Int -> <table border=2px><td>Bool</td></table>
+Int -> <u>Bool</u>
 
-Int List -> <table border=2px><td>Int List</td></table>
+Int List -> <u>Int List</u>
 
 Note that the left-hand schema can itself be a boxed type.  That is,
 if `α List` is our box type, we can write the second arrow as
 
-<table border=2px><td>Int</td></table>
-->
-<table border=2px><td><table
-border=2px><td>Int</td></table></td></table>
-
+<u>Int</u> -> <u><u>Int</u></u>