5. Overflow condition
The following
operations simulate the overflow condition and call
t
he
overflow
sign. In this
case,
depress CE/C key
for
resetting
.
1)
Basic
four
rules
*
I
Calculated result
l
~
10
5
0
*
Divided by
O.
2)
Memory
calculation
"
IMemory
contentsl
~
10.
50
(In this
case, the
last
calculation
does
not affect
the
memory
register, and
memory
contents
registered prior to the
overflow are retained.)
3
)
Scientific
calc
ulation
1/x ······
···············x=
O,
I
X
1=
10-
50
.;x
······ ·····
··
········x
<
O
x"
····
···
··
·
·······
·
······10
25~1
x
I
tan x
····
·
·
·
···
·
·
·
·
·····
·
·l0
3
~
Iresult
l
sin-Ix,
cos-
lx,
..
···
I
<
I
x
I
Inx,
logx··
····
·
··
····
···
x
~
O
eX,
lOx
·
·
·
·
·····
·
···
·····l0
50
~
I
result
I
yx ...........
..
............
y
~
O,10
50~
lresult
I
IJ.
MS-+·
····
··
······
·····
I
x
1<6
X
I0
-
50
(
except
x
=
0
)
-
10
-
.
•
6.
Automatic constant calculation
Automatic constant calculation can be performed in all four rules and yX calculation.
After calculation is completed with
=
key being depressed, the function (+, -, x,
7,
or
yX) and the last operator number are automatically stored as a constant factor. Same
type of calculation
can
be continued by entering a new number and depressing the
corresponding function key or
=
key, as shown in sample calculations.
7. Automatic repeat calculations
Repeat
calculations
can be performed in all four rules and yX calculation by depressing
=
key or function key continuously, as shown in sample calculations.
8. Calcu lation range and Accuracy
Fun
ctions
Allowable
range
for entry
Accuracy
Basic f
ou
r rules
10-
50
~
Ixl
<
10
50
±1
in the 8th digit
Memory calculation
(except overflow
cond
ition)
(±1
in
the
7th
digit \
yx,
l/x,
Xl,
D.MS ..
in
division and l/x
)
-
11
-