Index: docs/book/pir/ch05_control_structures.pod
===================================================================
--- docs/book/pir/ch05_control_structures.pod	(revision 41925)
+++ docs/book/pir/ch05_control_structures.pod	(working copy)
@@ -17,7 +17,7 @@
 X<unconditional branch>
 An unconditional branch always jumps to a specified label.  PIR has only
 one unconditional branch instruction, C<goto>. In this example, the
-first C<print> statement never runs because the C<goto> always skips
+first C<say> statement never runs because the C<goto> always skips
 over it to the label C<skip_all_that>:
 
 =begin PIR_FRAGMENT
Index: docs/book/pir/ch04_variables.pod
===================================================================
--- docs/book/pir/ch04_variables.pod	(revision 41925)
+++ docs/book/pir/ch04_variables.pod	(working copy)
@@ -160,7 +160,7 @@
 X<logical opcodes>
 The logical opcodes evaluate the truth of their arguments.  They are most
 useful to make decisions for control flow.  Integers and numeric PMCs
-support logical are false if they're 0 and true otherwise. Strings are
+are false if they're 0 and true otherwise. Strings are
 false if they're the empty string or a single character "0", and true
 otherwise. PMCs are true when their C<get_bool>X<get_bool vtable
 function> vtable function returns a nonzero value.