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176 Appendix A:
176
Appendix A: The Automatic Memory Stack
The Automatic Memory Stack
176
176
Appendix A:
Appendix A:
The Automatic Memory Stack
The Automatic Memory Stack
The LAST X Register and the
The LAST X Register and the
The LAST X Register and the
The LAST X Register and the
The number in the displayed X-register is copied into the LAST X
any of the following function keys is pressed:
+
q
T
R
D
Pressing gF lifts the stack (unless \, O, _, ^, A, or C was the
last key pressed, as described on page 172), then copies the number from the
LAST X register into the displayed X-register. The number remains also in the LAST
X register.
Chain Calculations
Chain Calculations
Chain Calculations
Chain Calculations
The automatic stack lift and stack drop make it possible to do chain calculations
without the necessity for keying in parentheses or storing intermediate results, as
are required on some other calculators. An intermediate result in the displayed
X-register is automatically copied into the Y-register when a number is keyed in
after a function key is pressed.
then pressed, that function is performed using the number keyed into the displayed
X-register and the intermediate result in the Y-register. The number then in the
Y-register, if remaining as an intermediate result from an earlier calculation, can
then be used with the intermediate result in the X-register for another calculation.
*
Except for \, O, _, ^, A or C, and — under certain circumstances — n, ¼,
$, P, and M. For more information, refer to Stack Lift, page 172.
-
>
¿
Ñ
_
e
b
Ò
Therefore, when a two-number function key is
*
K K K K ey
ey
ey ey
LAST X register whenever
LAST X
LAST X
z
r
^
à
y
B
Q
Z
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