
The Ans memory can be used in the same manner as the other memories, thus making it possible to
use it in calculation formulas. In multiplication operations, the
immediately before can be
omitted.
Example : 15 x 3 = 45
78 x 45 – 23 = 3487
15
3
78
23
2.2.2 Continuous calculation function
Even if calculations are concluded with the
key, the result obtained can be used for further calcula-
tions. Such calculations are performed with 10 digits mantissa of the displayed value.
Example 1: To calculate
÷
3.14 after 3 x 4 = 12 Example 2: To calculate 1
÷
3 x 3
3
4
1
3
3
(Continuing) 3.14
1
3
(Continuing) 3
- 22 -
Copyright L
EXIBOOK
2002
GB
2.2 SPECIAL FUNCTIONS
2.2.1 Answer function
The answer function stores the result of the most recent calculation. Once a numeric value or numeric
expression is entered and
is pressed, the result is stored by this function.
To recall the stored value, press the key. When is pressed, “Ans” appears on the display along
with the answer function value. The value can be used in subsequent calculations.
*** Since the “Ans” function works just like any other memory, it will be referred to as “Ans memory”
throughout this manual.
Example : 123+456 = 579 789-579 = 210
123
456
789 -
Numeric values with 12 digits for a mantissa and 2 digits for an exponent can be stored in the Ans
memory. The Ans memory is not cleared even if the power is turned off. Each time
is pressed, the
value in the Ans memory is replaced with the value produced by the new calculation. When execution of
a calculation results in an error, however, the Ans memory retains its current value.
When a value is stored to another memory using the key, that value is not stored in the
Ans memory.
Example: Perform calculation 78+56=134, then store the value 123 to memory A:
78
56
EXE
Ans
Ans
579.
789 - Ans _
210.
134.
134.
123.
134.
AC
+
EXE
45.
AC
x
EXE
3487.
Ans
-
EXE
EXE
+
EXE
Ans
Ans
EXE
Ans
Ans
EXE
EXE
12.
12.
÷
3.14
3.821656051.
AC
x
EXE
EXE
EXE
EXE
...Checking the content of Ans memory
123
EXE
A
ALPHA
→
x
÷
1.
0.333333333
0.999999999
AC
÷
x
EXE
x
EXE
EXE
÷