diff --git a/README.md b/README.md
index b5e45d8..c1ba2c9 100644
--- a/README.md
+++ b/README.md
@@ -16,7 +16,7 @@ Why 6502 and not, for example, x86?
 
 * 6502 assembler is very easy and has a large archive of existing functions
 * existing 6502 SWEET16 already has the “hard work” done
-* interesting to see it run in newer versions of 6502 processors
+* interesting to see it run in newer faster versions of 6502 processors
 * how do you think Bender does what he does? (or the Terminator!)
 
 In progress:
@@ -34,7 +34,7 @@ The meat of the project:
 Auxiliary:
 
 * `emulator/*`: 6502 emulator (borrowed Mike Chambers’ Fake6502 CPU emulator v1.1 ©2011)
-* `xa-pre-process/*`: utility `xapp` to convert 32-bit fixed decimal quantities so that `xa` can use them
+* `xa-pre-process/*`: my utility `xapp` to convert 32-bit fixed decimal quantities so that `xa` can use them
 
 Right now, for testing purposes, the code builds everything into one file `system.obj` and runs the code in the last block loaded, in this case, the code corresponding to `page6.src`. Eventually will support decoupling of system and application files. Application files will be inherently relocatable.
 
diff --git a/common/common.asm b/common/common.asm
index 0517cf6..ff3e1c6 100644
--- a/common/common.asm
+++ b/common/common.asm
@@ -43,7 +43,7 @@ _3	TAX		; save operand for later
 	ASL		; shift to get offset to register
 	ASL
 	TAX		; back to index
-	RTS		; "return" to routine
+	RTS		; "return" to routine	
 _4	TXA		; get operand
 	ASL		; shift to get offset to 0X instructions
 	TAY
@@ -52,7 +52,7 @@ _4	TXA		; get operand
 	LDA FN_0X,Y	; push low address
 	PHA
 	TXA		; restore operand
-	RTS		; "return" to routine
+	RTS		; "return" to routine	
 _5	TXA		; get operand
 	AND #$F		; mask to get index
 	ASL		; shift to get offset to FX instructions
@@ -408,7 +408,7 @@ _ABSX	.(		; sets register at X to absolute value
 	RTS
 .)
 
-_BKRRD	.(		; implement banker's rounding on quadword pointed by X
+_BKRRD	.(		; implement banker's rounding on quad-word pointed by X
 
 	; The logic table below shows the expected results. The only differences are
 	; when the least significant byte (LSB) is 128 and the second byte (2B) is even
@@ -736,7 +736,7 @@ _6	JMP _RETI0X	; pull X, transfer I0 to r register, let it handle the return
 _MOD	.(
 	RTS
 .)
-
+	
 _ESC	.(		; ESC			00				- escape back into regular assembler
 	PLA		; discard the COMMON _1 return address
 	PLA