Sharp EL-W516T Operation Manual page 7

o
8 m S 2 &
3 m 4 k 5
0.
A =
U
U
=
3
8
8 @ 1 =
* 49 r & 4 @
- 4 =
p 49 p 81
D 81 =
o
* 49 & 4
@ D 81 =
=
3 p 27
@ q 27 =
=
4!
4 @ B =
=
P
10 @ e 3 =
10 3
=
3 C
5 @ c 2 =
5 2
7
× =
500 25%
500 k 25 @ a
÷ =
120 400 ?%
120 z 400 @ a
+ × =
500 (500 25%)
500 + 25 @ a
- × =
400 (400 30%)
400 & 30 @ a
| | =
-
5 9
@ W 5 & 9 =
- -
q = 1 q = 1
sin x , tan
- ≤ q ≤
DEG 90 90
p ≤ q ≤ p 
- 
RAD
2 2
- ≤ q ≤
GRAD 100 100
10 F G
8
j ; F 2 u 8 r
x 2 - dx
( 5)
2
; X A & 5
n =
100
=
n =
10
l l H 10 =
- +
d x 4 x 3 x 2
( 0.5 6 )
 ; G ; X m 4 r
3
dx
& 0.5 ; X @ 1
2
+ 6 ; X A
(
x
= 2
r 2 =
x
d = 0.00002
2
11
I
5
x + j ; I 1 r 5 r
∑
( 2)
; X + 2
x
= 1
n =
1
=
n =
2
l l H 2 =
12 ;
5
j ; ; 1 r 5 r
x +
∏
( 2)
; X + 2
x = 1
n =
1
=
n =
2
l l H 2 =
13 ]
90° → [rad]
j 90 @ ]
→ [g]
@ ]
→ [°]
@ ]
14
; t x m M < I J K
×
8 2 M
j 8 k 2 x M
÷ =
24 (8 × 2)
24 z ; M =
=
(8 × 2) × 5
; M k 5 =
0 M
2 ' 024.984375
$150
-
2024 m 63 m 64
-
+
) $250: M
129599 m 64
-
-
) M
2
–
512.
M
24
4.

+
4 6
4.
×
3 (A)
3.
-
sinh
24.
-
sinh
720.
15
10.
+
6 4
125.
ANS
30.
×
8 2
625.
ANS
280.
16
W k
4.
1
 +  =
3
-
q = 1 x
x cos 2
≤ q ≤
0 180
≤ q ≤ p
0
o
≤ q ≤
0 200
* 4 5
m
138.
17
z r g h / d n 4 p
138.
x C
DEC (25) → BIN j @ / 25
HEX (1AC)
50.
→ BIN
→ PEN
→ OCT
→ DEC
25.
15.
BIN (111) → NEG
1011 AND 101
[BIN]
5A OR C3
[HEX]
2 ' 520.
NOT 10110
[BIN]
105.
24 XOR 4
[OCT]
B3 XNOR 2D
[HEX]
1

J
2
→ DEC
100.
[ : N (
18
90.
7°31'49.44" → [10] j 7 [ 31 [
123.678 → [60]
16.
3h 30m 45s +
1
 6h 45m 36s = [60]
1
2
1234°56'12" +
80.
0°0'34.567" = [60]
j x M
×
3 M
1
150 k 3 m
+
250 M
1 2
250 m
× 5%
t M k 5 @ a
@ M
=
t M
2
24 z ( 4 + 6
= 
2
5 ...(A)
) =
3 k ; < + 60
+ ÷ =
60 (A)
z ; < =
1
D1
x I @ > v
=
1
0.5
I 0.5 =
=
ANS
j 6 + 4 =
+ =
5
+ 5 =
=
ANS
8 k 2 =
=
2
A =
4
j 3 @ k 1 d 2
3
r + W 4 d 3 =
U
U
3 W 1 W 2
+ 4 W 3 =
U
U
5

6 = 4
m
6
@ z BIN
@ h 1AC
BIN
@ z
PEN
@ r
OCT
@ g
@ /
@ z
BIN
d 111 =
=
@ z 1011
BIN
4 101 =
=
@ h 5A p
HEX
C3 =
=
@ z n
10110 = BIN
=
@ g 24 x
4 = OCT
=
@ h B3 C
2D = HEX
@ /
→ →
sec, min)
49.44 @ :
123.678 @ :
3 [ 30 [ 45
+ 6 [ 45 [
36 =
1234 [ 56 [
12 + 0 [ 0
[ 34.567 =
7/9
3h 45m – 1.69h
0.
= [60]
450.
sin 62°12'24"
= [10]
250.
24° → ["]
1500" → [']
35.
665.
19 u E H
2

2
5
( (
x = 6 r =
y = 4 →
q
= [°]
1

32
5
( (
r = 14 x =
= 36 [°] →
q
y =
0 . 481211825
20
: L
=
V 15.3 m/s
0
=
t 10 s
1
10.
+ =
 2
V t gt ? m
0
2
=
15. 125 yd ? m
16.
N (ENG.SYMBOL)
21
256.
× =
100 m 10 k ?
22 n
5

4
6
→ [FIX, TAB =
1]
 29
6
÷ =
5 9 ANS
4.833333333
× =
ANS 9
*
4m5m6
29m6
→ [MDF]
4.833333333
× =
ANS 9
→ [NORM1]
5

×
1
* 9 = 5.5555555555555
9
3
×

9 = 0.6 × 9
2
*
5
11001
6 N (ipart, fpart, int, (%))
23
=
110101100 23 ÷ 5
3203
=
9 . 5 ÷ 4
654
=
-32 ÷ (-5)
428.
42.195 → [ipart]
1111111001
P 2 → [fpart]
1
-34.5 → [int]
DB
50 × 8(%)
1111101001
+ =
200
20
24
5
=
12210
FFFFFFFF61
j 12210 =
159.
-
@ 5
@ 5
663

7
1250
=
1234567
1234567 =
123(40 q 40.8 "
@ 5
10(16 q 21. "
1234(56 q 47. "
3 [ 45 & 1.69 =
2(3 q 36. "
@ :
v 62 [ 12 [
24 = 0.884635235
86 ' 400.
24 [ N 1
0 [ 0 [ 1500
N 2
j 6 H 4 r:
7.211102551
33.69006753
@ u {:
14 H 36 X:
11.32623792
8.228993532
@ E Y:
j 15.3 k 10 + 2
@ Z k ; :
03 k 10 A =
U
643.3325
j 125; L 05 =
U U
114.3
100 N 0 4 k
1 ' 000.
10 N 0 0 =
j @ J 1 0 1
5 z 9 =
U
1
k 9 = *
5 z 9 =
U
@ n
2
k 9 = *
U U
@ J 1 3
-
× ×
1
10 9
j 23 @ 6 5
:
Q
:
=
R
9 . 5 @ 6 4
:
Q
= :
R
S 32 @ 6
:
Q
S 5 =
:
R
N 3 42.195
=
N 4 * 2 = 0.414213562
N 5 S 34.5
=
50 k 8 N 6
+ 200 =
12 ' 210.
2 × 3 × 5 × 11 × 37
12 ' 210.
1 ' 234 ' 567.
127×(9721)
25
f x
( )
x
x
25.
2
A
A
A
26
x
sin
St
St
27
D
0.0
 5
9
0.6
5.0
5

9
0.6
3

D
5
 2
5
5
5.4
5.4
4 .
28
3 .
D
2 .
.
1 5
.
6
.
-2
42.
-35.
204.
−
(95

sx