X-Git-Url: http://lambda.jimpryor.net/git/gitweb.cgi?p=lambda.git;a=blobdiff_plain;f=cps_and_continuation_operators.mdwn;h=2aba0c4172d2a68462a2e4164d777acd141c6dad;hp=1ddcf37d7f3c383c8aee8a9c2ddad012f198dd8c;hb=5a2706782fc496bfa4274812c21ad8c4e88a60f9;hpb=bf26430df156fa887f9d6f241474a628a3e12d8e;ds=sidebyside

diff --git a/cps_and_continuation_operators.mdwn b/cps_and_continuation_operators.mdwn
index 1ddcf37d..2aba0c41 100644
--- a/cps_and_continuation_operators.mdwn
+++ b/cps_and_continuation_operators.mdwn
@@ -401,7 +401,7 @@ Here again is the CPS for `callcc`:
 
  	[callcc (\k. body)] = \outk. (\k. [body] outk) (\v localk. outk v)
 
-`callcc` is what's known as an *undelimited control operator*. That is, the continuations `outk` that get bound to our `k`s behave as though they include all the code from the `call/cc ...` out to *and including* the end of the program.
+`callcc` is what's known as an *undelimited control operator*. That is, the continuations `outk` that get bound into our `k`s include all the code from the `call/cc ...` out to *and including* the end of the program.
 
 Often times it's more useful to use a different pattern, where we instead capture only the code from the invocation of our control operator out to a certain boundary, not including the end of the program. These are called *delimited control operators*. A variety of the latter have been formulated.