X-Git-Url: http://lambda.jimpryor.net/git/gitweb.cgi?p=lambda.git;a=blobdiff_plain;f=exercises%2F_assignment6.mdwn;h=91566c9dcf82bd9897a62ffe5834af983fe8a0e9;hp=b6a00dedd31771e23b6cfc49627b9ca4b87d8f28;hb=bfba652f01bea3932281272c3d0a01669d1efb18;hpb=35de8baadf52a3f6488fbd0463cdc331a4ea02e3

diff --git a/exercises/_assignment6.mdwn b/exercises/_assignment6.mdwn
index b6a00ded..91566c9d 100644
--- a/exercises/_assignment6.mdwn
+++ b/exercises/_assignment6.mdwn
@@ -174,15 +174,15 @@ is `\p.[p]`, and the composition operator is
 
 Sanity check: 
 
-    f p = [x, x+1]
-    s q = [x*x, x+x]
-    >=> f s 7 = [49, 14, 64, 16]
+     f p = [x, x+1]
+     s q = [x*x, x+x]
+     >=> f s 7 = [49, 14, 64, 16]
 
 3. Do the same for zippy lists.  That is, you need to find a
 composition operator such that
 
-    f p = [x, x+1]
-    s q = [x*x, x+x]
-    >=> f s 7 = [49, 64]
+     f p = [x, x+1]
+     s q = [x*x, x+x]
+     >=> f s 7 = [49, 64]
 
 and then prove it obeys the monad laws.