Page 4: Originally 'theoperate' (while a program is operating by means
of =the operate= instruction.)
Page 7: Added comma (The instruction base address, =Y,= is in octal
digits 7 through 11.)
Page 8: Standardized from 'sub-routines' (The conversion of decimal
numbers into the binary system for use by the machine may be
performed automatically by =subroutines=.)
Page 8: Standardized from 'sub-routine' (the output conversion of
binary numbers into decimals is done by =subroutine=.)
Page 16: Added comma (This instruction will shift the contents of the
combined register right N =positions,= where N is octal digits
7-11 of the instruction word.)
Page 16: Moved comma. Was 'left, N positions' (This instruction will
shift the contents of the combined registers =left N positions,=
where N is octal digits 7-11 of the instruction word.)
Page 19: Was 'know' (Most in-out operations require a =known= minimum
time before completion.)
Page 20: Removed inconsistent comma (These are the Test Address (15
bits), the Test Word (36 bits), and the Sense =Switches= (6
bits).)
Page 21: Changed comma to period (the computer will halt at the
completion of each memory =cycle.= This switch is particularly
useful in debugging programs.)
Page 28: Was 'tpae' (during reading or backspacing when the =tape=
comes to an end of record gap.)
Page 29: Standardized from 'de-select' (the unit will =deselect= (or
disconnect).)
Page 35: Was 'propares' (An assembler or compiler =prepares= a machine
language tape suitable for direct interpretation)
Page 35: Removed comma (Frequently used instruction =sequences= thus
need only to be defined once.)
Page 37: Was 'Routiines' (=Routines= which require two operands, e.g.,
add, subtract, multiply and divide)