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30°
33'33"_
Decimal degree
(30.3333
E
G
....
..
30.5592 )
(4) When there are two input variables
,
the input
and
the output procedur es ar
e bo
th fi xed
.
Therefo
re, perform the operational procedur
es
accord ing to the attached chart. I n
case
th
e
operations a re stopped midwa
y
to ch ange the
calculation
,
fir st
depres's
th
e
GJ
key and the
n
go
onto
the next calc ulation
.
(E
x.)
20
II
(1
.
301029996)
~
2
i!
60~
(1)
@]
(5)
Overflow
will .not function when the
II
ke
y
is
used. There fore, depre
ss
the
0
key.
(6)
Mi xed calculation in fu nction cal culations can
be
performed acco rd ing to the mathematical
ex
·
pression s.
2-2 Input and Output Range
of
Function
Keys
(E
x. )
Setting
.J.a
~
. .
L
~
• ..,
sirl 30°
+
cos
6 0°
=
1
3011
8
6011
0
(1 .0000)
-J2O
+
sin 30°
=
4 .9721
20
aG
3 0 . , 0 (49721
)
Howeve r,
use
the memor
y
or change the cal
·
cu
la tion procedure in such
ca
lculation
s as
the
exam
ple shown below.
(E
x.)
Setting
.J.a
~
. .
L
y
.-,
,,-,-2 + 3 x
sin 3 0°
=
3 .5
2=3
0
30
lIZ
8=0
(3.5000
)
or
3
~
30"
G
2
0
(3.5000)
V
~
Iogp
1.3
+
2·
-2/log
10
2.5
=
1.4530
1.3111&
=2
~
2.5D
DG==a0(1.4530)
Kinds
of
fun
ctions
I npu t range
Ou tput range
Co
ndition
s
for
overflow
sin
1012
>x>
-1011
l
~ result>:
-l
cos
10
12 >x>
-10"
1>:
resu I
t>:
-l
tan
1012>x>
-101
2
(ex
cept
x=
90+180' n)
10
12
>
resu
It>
-l 0 12
x
=
90
+ 180'
n (n
=
0,1,2,
..
)
Sin
l
l
>:x>:
-l
90° >:resu
It>:
-900
Ix
l>
l
CO
S-I
l~x
>:
-l
180° >:
resu I t>:O°
Ix
l>
l
f - - -
.
Tan
-I
10
12>X>
-1012
90°>:
resu
It>: -90°
In
10
l2>x>
10- 12
27 .
6~re sult>:-
25.3
x
~O
log
10
12 >x>
10
12
12>:
re sult>:-11
x~O
e
X
I
x
l ~27.6
10
12
>
resu
It ~O
resu
It>:
10
12
aX
a>O,
X
(depend
on
a)
1 0
I
2
>
resu I
t>
- 1 0 1
2
resu It>: 10
12
?
a
-
10 6
>x>-106
10
12 >
resu I t>0
resu I
t~
1 0
12
V
10
12 >x>:
0
1
0
6
>
resu I t>:O
x
<
O
V
1012
>
x>
0
10
4
>:
resu I t>0
x<O
u",
a
10
1O >x>
10-
IO
lO J o>resu lt> 1O-J
O
Ix
l>:l OJ
I
DE(;
101
0>:x>:
_1 0 1
0
10 12 >result
>
-l 0 12
Ix l>
101
2
RAD
10 12
>x>
--,101
2
1Olo
>
resu
lt>-l 0
10
-~
1
01
2> r>
_1 0 12
RE
C
10
12 >
e>
_
10
12
- >
x
2 , y2 <
101
6
POL
x
2 +
y2
<
10
16
11
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