Specifications - Sharp EL-W516T Operation Manual

Automatic Power Off Function
This calculator will turn itself off to save battery power if no key is
pressed for approximately 10 minutes.

SPECIFICATIONS

36
×
Display:
96 32 dot matrix liquid crystal display
Display of calculation results:
Mantissa: 10 digits
Exponent: 2 digits
Internal calculations: Mantissas of up to 14 digits
Pending operations: 64 calculations 10 numeric values
(5 numeric values in COMPLEX mode, and 1
numeric value for Matrix/Vector data.)
Power source: Built-in solar cells
1.5 V ... — (DC): Backup battery
(Alkaline battery (LR44 or equivalent)
Operating time: Approx. 3,000 hours when continuously
(varies according to use displaying 55555 at 25°C (77°F), using the
and other factors) alkaline battery only
Operating temperature: 0°C–40°C (32°F–104°F)
External dimensions:
80 mm (W)
3-5/32" (W)
Weight: Approx. 108 g (0.24 lb) (including battery)
CALCULATION EXAMPLES
EXEMPLES DE CALCUL
EJEMPLOS DE CÁLCULO
×
1)
1
× × 100000
166 mm (D) 15 mm (H)
× ×
6-17/32" (D) 19/32" (H)
[NORM1]
→ [FIX: TAB 2] @ J 1 0 2
→ [SCI: SIG 2] @ J 1 1 2
→ [ENG: TAB 2] @ J 1 2 2
→ [NORM1]
2
→ [APPROX.]
÷
1
→ [
÷
1
3
→ [ON]
611
o
→ [OFF]
4
2
 +  =
5
P 3
sin 45
EL-W516T
J (FSE)
÷ =
3
j 100000 z 3
= U U
@ J 1 3
J (EDITOR)
j @ J 2 0 1
2 =
z
1 2 =
] j @ J 2 0 0
EXACT(a/b,r,p)
2 =
z =
1 2
J (RECURRING DECIMAL)
j @ J 5
1
÷
495 =
611 z 495 =
U
U
U
U
611 z 495 =
U
U
U
U
j @ J 5
0
U
j 2 W 5 r
3
+ W 3 r 4
4
=
U
U
U
× =
P 5
* 3 r k * 5
=
U
=
v 45 =
U
6/9
5 u d
+ =
3(5 2)
1
× + =
3 5 2
2
+ × =
(5 3) 2
3
→
1
→
2
→
1
→
3
6
+ & k z ( ) S `
+ ÷ =
45 285 3
+ ÷ -
(18 6) (15 8)
× - + =
42 5 120
33 ' 333.33333 × 3 ÷ ×
(5 10 ) (4 10
33 ' 333.33
7
3.3b04
=
34 + 57
33.33b03
=
45 + 57
33 ' 333.33333
=
68 × 25
=
68 × 40
0.
8
< >
0.5
6789=
0.
1

2
0.
9
v $ t w ^ y s H >
i l O " V Y Z A 1
116

1
495
m * D q B e c a W
611

495 =
sin 60 [°]
1.234
p
1.234343434

=
cos [rad]
4
116 
1
495
1.2(34)
- =
1
tan 1 [g]
1.234343434
1m116m495
+
(cosh 1.5 sinh 1.5)
611m495
5
-1
tanh  =
1.2(34)
7
=
ln 20
0.
=
log 50
=
log 16384
2
o
3

1
20
3 =
e
23

20
÷ =
1 e
1.15
=
1.7
10
 3
1 1 1
 +  =
20
6 7
H 15
- - × =
2 4 2
8 3 5
3.872983346
Q
 2
2
0.707106781
@ Z
3 ( 5 + 2 ) =
3 k 5 + 2 =
( 5 + 3) k 2 =
@ u
d
u
@ d
j 45 + 285 z 3
=
( 18 + 6 ) z
=
( 15 & 8 =
42 k S 5 + 120 =
-
3 =
)
5 ` 3 z
4 ` S 3 = 1 ' 250 ' 000.
34 + 57 =
45 =
1 ' 700.
68 k 25 =
2 ' 720.
40 =
6 ' 789.
j 6789 =
; > 6.789b03
0.006789b06
; >
; < ; < 6789.b00
; < 6789000.b-03
j @ J 0 0
v 60 =
0.866025403
U
@ J 0 1
$ s W 4 =
U 0.707106781
@ J 0 2
@ y 1 =
@ J 0 0
2 =
j ( H $
1.5 + H v
1.5 ) A =
20.08553692
@ > t (
5 z 7 ) =
0.895879734
i 20 = 2.995732274
1.698970004
l 50 =
@ O 2 r 16384 =
@ O 2 H 16384 )
=
@ " 3 = 20.08553692
1 z ; V = 0.367879441
@ Y 1.7 = 50.11872336
6 @ Z + 7
@ Z =
U 0.309523809
8 m S 2 r
& 3 m 4 r
- 2024
k 5 A =
129599

U
-
2 ' 024.984375
U
-
o
0.
21.
17.
16.
=
3
8
21.
-
p 49
17.
21.
o
16.
3
p 27
=
4!
=
P
140.
10 3
=
3 C

5 2
3
7
×
500
90.
-
÷
120
+
500
-
400
91.
|
-
5 9
102.
DEG
RAD
GRAD
10 F
8
x
(
2
n =
1
n =
1
-
d x 4
(

Q
 3
2
(
x
=
x
d =
Q
 2
2
11 I
5
x
∑
(
x
50. = 1
n =
1
n =
2
12 ;
5
x
∏
(
x
= 1
n =
1
n =
2
14.
13 ]
14.
90° →
→ [g]
→ [°]
13

42
14
;
×
8 2
63

64
÷
24
64
(8 × 2