Sharp WriteView EL-W550XG Bedienungsanleitung Seite 3

EL-W550XG
ANWENDUNGSBEISPIELE
GEDRUCKT IN CHINA
14GC(TINSZA082EHZZ)
1 U
2 3
j 2 W 5 r
 +  =
5 4
+ W 3 r 4
=
U
U
U
× =
P 3 P 5 * 3 r k * 5
=
U 3,872983346
÷ + ÷ =
P 2 3 P 5 5 * 2 r z 3 +
* 5 r z 5 =
U
0,918618116
=
sin 45
v 45 =
U 0,707106781
− =
2cos 1 0,5 [rad]
J 0 1
2 @ ^ 0 , 5 =
U 2,094395102
2 u d
@ Z
+ =
① 3(5
2)
3 ( 5 + 2 ) =
② 3 × + =
5 2
3 k 5 + 2 =
③ (5 + × =
3) 2
( 5 + 3) k 2 =
扌 ①
@ u
扌 ②
d
扌 ③
d
扌 ②
u
9 ]
90° → [rad]
j 90 @ ]
→ [g]
@ ]
→ [°]
@ ]
−
1
sin 0,8 = [°] @ w 0 , 8 =
53,13010235
→ [rad]
@ ] 0,927295218
→ [g]
@ ] 59,03344706
→ [°]
@ ] 53,13010235
10 ; t x m M < I J
K L
×
8 2 ⇒ M
j 8 k 2 x M
÷ =
24 (8 × 2)
24 z ; M =
=
(8 × 2) × 5
; M k 5 =
0 M
⇒ j x M
×
$150 3 M 150 k 3 m
⇒
1
+ +
) $250: M 250 ⇒ M 250 m
1 2
t M k 5 @
−
) M × 5%
2
a @ M
–
=
M
t M
=
$1 ¥110 (110 ⇒ Y) 110 x Y
=
¥26,510 $?
26510 z t Y =
2750 k t Y
=
$2,750 ¥?
= 302'500,
=
r 3 cm (r ⇒ Y)
3 x Y
s ; Y
p =
2
r ?
A = U
28,27433388
24
2 24 z ( 4 + 6
 
2
=
5 ...(A)
+
4 6
) =
3 k ; < + 60
× + ÷ =
3 (A) 60 (A)
z ; < =
−
1
sinh ⇒ D1
x I @ > v
− =
sinh 1 0,5 I 0 , 5 = 0 , 481211825
J (ANZGE)
3
o
÷ =
100000 3
j 100000 z 3
[NORM1]
=
扌 [FIX: TAB 2] J 1 0 2
扌 [SCI: SIG 2] J 1 1 2
扌 [ENG: TAB 2] J 1 2 2
扌 [NORM1]
J 1 3
o
÷ =
3 1000
[NORM1]
j 3 z 1000 =
A9669
扌 [NORM2]
J 1 4
扌 [NORM1]
J 1 3
3

1
20
J (BRUCH)
4
23 
20
扌 [DEZIMAL]
j J 3 2
1,15
÷ =
1 3
1 z 3 =
 3
1
20
× =
3 sin45
3 k v 45 =
H
15
扌 [a b/c]
j J 3 0
× =
3 sin45
3 k v 45 =
Q Q
3  5+5 2
15
扌 [a/b]
j J 3 1
1 2
1 W 2 r + 2
 +  =
2 3
W 3 =
 Q 2
2
J (PERIO)
5
2

J
3
扌 [AN]
j J 5 1
÷ =
611 495
611 z 495 =
U
U
0,
U
21,
U
17,
o
16, 611 z 495 =
÷ =
611 495
21,
U
17,
U
16,
U
17,
U
扌 [AUS]
j J 5 0
11
+ =
1 6 4 ANS
 j 6 + 4 =
J
2
+ =
ANS 5
+ 5 =
100,
× =
8 2 ANS
8 k 2 =
90,
=
ANS 2
A =
+ =
44 37 ANS
44 + 37 =
=
ANS * =
12 W k
1 4
j 3 @ k 1 d 2 r
 +  =
3
2 3
+ W 4 d 3 =
U
16,
U
1

1
3 W 1 W 2 + 4
2
o
W 3 =
80,
U
0,
U
450,
2

=
10
3 @ Y 2 W 3 =
250,
( )
7
5

=
7 W 5 r m 5 =
5
35,
o
7 W 5 m 5 =
665,
1

=
@ q 1 W 8 =
3
110, 8
64

=
* 64 W 225 =
241,
225
3
2
 =
2 @ 1 W 3 m 4 =
4
3
o
2 @ 1 W ( 3 m 4
3,
) =
1,2

=
1 , 2 W 2 , 3 =
2,3
1°2'3"
2 

=
2 1 [ 2 [ 3 W 2 =
2
5
×
1 10 3
 1 
=
32 1 ` 3 W 2 ` 3 =
× 3
5 2 10
7 A
⇒ j 7 x A
4

=
4 W ; A =
A
2
+ =

1,25
1 , 25 + 2 W 5 =
5
U
U
1 , 25 + 2 W 5 =
o
U
U
5

4
* 4 5 6 =
m m
6
6
+ - k z ( ) S `
j 45 + 285 z 3
+ ÷ =
45 285 3
=
( 18 + 6 ) z
+ ÷ − =
(18 6) (15 8)
(15 - 8 =
33'333,33333
42 k S 5 + 120
× − + =
42 5 120
33'333,33
=
−
× 3 ÷ × 3 =
(5 10 ) (4 10 )
5 ` 3 z 4
3,3b04
` S 3 =
33,33b03
33'333,33333
7
=
34 + 57
34 + 57 =
0,003 =
45 + 57
45 =
3,b 03 =
- 68 × 25
68 k 25 =
0,003 =
68 × 40
40 =
8 v $ t w ^ y s H >
i l O " V Y Z A 1
0,
* m D q B e c a W
0,333333333 H
@ P 0
2,121320344
=
sin 60 [°]
0, j v 60 =
Q
3  2
U
2
p 
J 0 1
=
cos [rad]
0,
4
$ s W 4 =
7

U
6
− =
tan 1 1 [g]
J 0 2
@ y 1 =
J 0 0
+ 2 =
(cosh 1,5 sinh 1,5)
j ( H $
0,
1 , 5 + H v
1 , 5 ) A =
 116
1
495
5 @ > t (
−1
tanh  =
7
5 z 7 ) =
611

495
=
ln 20
i 20 =
1,234
=
log 50
l 50 =
1,234343434
@ O 2 r
=
log 16384
2
16384 =
 116
1
495
o @ O 2 H
16384 ) =
1,2(34)
=
e 3
@ " 3 =
1,234343434
÷ =
1 e
1 z ; V
=
1m116m495
1,7 =
10 @ Y 1 , 7 =
611m495
1 1
6 @ Z + 7
 +  =
6 7
@ Z =
1,2(34)
U
0,
13 z r g h / d n 4 p
x C
10,
DEC (25) 扌 BIN j @ / 25
@ z
15,
HEX (1AC)
@ h 1AC
16,
扌 BIN
@ z
256,
扌 PEN
@ r
81,
扌 OCT
@ g
9,
扌 DEC
@ /
−
(1010 100)
@ z (
× =
11
1010 -
[BIN]
100) k 11
=
 5
4
6
BIN (111) → NEG d 111 =
 29
6
+
HEX (1FF) @ h 1FF
=
OCT (512) @ g +
4,833333333
512 =
*
4m5m6
HEX (?)
@ h
29m6 j x M
−
2FEC 2C9E
@ h 2FEC
⇒ M
1
4,833333333 - 2C9E m
+ −
) 2000 1901
M
⇒
2000 -1901
2
—
4,641588834
m
=
M
t M
16807 
j x M
3125
=
1011 AND 101
@ z 1011
16807m3125
[BIN]
4 101 =
=
5A OR C3
@ h 5A p
1

[HEX]
2 C3 =
=
NOT 10110 @ z n
8

[BIN]
10110 =
15
=
24 XOR 4 @ g 24 x
8

[OCT]
4 =
81
=
B3 XNOR 2D
@ h B3 C
[HEX]
2D =
8m81
12 → DEC
 @ /
23
0(31 q 1,5"
14 [ :
1

2
j 7 [ 31 [
7°31'49,44" 扌 [10]
49 , 44 @ :
7,
123,678 扌 [60] 123 , 678 @ :
4

7
3h 30m 45s +
3 [ 30 [ 45
6h 45m 36s = [60]
13

+ 6 [ 45 [
1
20
36 =
33
 1234°56'12" +
1234 [ 56 [
20
0°0'34,567" = [60]
12 + 0 [ 0 [
34 , 567 =
1 , 65
3 [ 45 - 1 , 69 =
3h 45m – 1,69h
1 , 65
= [60]
@ :
sin 62°12'24" = [10] v 62 [ 12 [
1m13m20
24 =
33m20
−
2 − 4 × 2 =
8 3 5
8 m S 2 r
-3 m 4 r
k 5 A =
140,
3

U
3
7
U
90,
-
o 8 m S 2
- 3 m 4
1'250'000,
k 5 A =
U
U
91,
1
( 12 m 3

3 =
(12 ) 4
r ) m
102,
1 W 4 =
o
( 12 m 3
1'700,
) m 1 W
4 =
2'720,
3 =
8
8 @ 1 =
* 49 r -
− =
p 49 4 p 81
4 @ D 81 =
o
* 49 - 4
@ D 81 =
=
3 p 27
@ q 27 =
0,
=
4!
4 @ B =
Q
 3
=
2
P 10 @ e 3 =
10 3
0,866025403
=
C
5 @ c 2 =
5 2
Q
 2
× =
500 25%
500 k 25 @ a
2
0,707106781 ÷ =
120 400 ?%
120 z 400 @ a
+ × =
500 (500 25%)
500 + 25 @ a
50,
− × =
400 (400 30%)
400 - 30 @ a
| | =
−
5 9
@ W 5 - 9 =
@ W ( 5 - 9
o
20,08553692
) =
0,895879734
2,995732274
−
q = 1 x,
sin
1,698970004
− ≤ q ≤
DEG 90
14,
p
−  ≤ q ≤
RAD
2
14,
− ≤ q ≤
GRAD 100
20,08553692
0,367879441
50,11872336
13

42
0,309523809
15 u E H
( (
x = 6 r =
j 6 H 4
y = 4 扌
q
= [°]
@ u
BIN ( r = 14 ( x =
11001
14 H 36
= 36 [°] 扌
y =
q
@ E
BIN
110101100
16 K L
PEN
3203
V = 15,3 m/s j 15 , 3 k 10
0
OCT
654
t = 10 s + 2 @ Z k
1
 @ K 03 k 10
+ 2 =
V t gt ? m
0
2
428,
A = U
j 125 @ L
125 yd = ? m
05 = U U
BIN 10010
* Physikalische Konstanten und metriche Umrechnungen sind
in der Tabelle aufgelistet.
BIN
1111111001
@ K 01-52
c c
01: ; (m s –1 ) 19:
0
02: G
(m 3 kg –1 s –2 ) 20:
OCT
1511
03: g (m s –2 ) 21:
n
HEX
349
m
04: (kg) 22:
e
m
05: (kg)
23:
p
m
06: (kg) 24:
n
m
HEX
34E 25: λ
07: (kg)
μ
08: 1u (kg) 26: λ
HEX 6FF 09: e 27: σ
(C)
10: h (J s) 28: N
HEX
A4D
11: k 29: V
(J K –1 )
μ
30: R
12: (N A )
–2
0
BIN ε
1 31: F
13: (F m –1 )
0
r
32: R
14: (m)
e
HEX DB 15: α
33: –e/
a
34: h/2
16: (m)
0
BIN 17: R
1111101001 (m –1 )
35:
∞
18: Φ 36: K
(Wb)
0
OCT
20
x
@ L 01-44
HEX FFFFFFFF61
→
01: in cm 16: kg
159, →
- 02: cm in 17: °F
03: ft → m 18: °C
→
04: m ft 19: gal (US)
→
05: yd m 20: L
06: m → yd 21: gal (UK)
→
07: mi km 22: L
663

7
1250 →
08: km mi 23: fl oz(US)
09: n mi → m 24: mL
123(40 q 40,8"
→
10: m n mi 25: fl oz(UK)
→
11: acre m 2 26: mL
12: m 2 → acre 27: cal
10(16 q 21,"
→
13: oz g 28: J
→
14: g oz 29: cal
15: lb → kg 30: J
1234(56 q 47,"
2(3 q 36,"
0,884635235
 63
2024
-
64
129599

-
64
2'024,984375
-
2'024,984375
-
2024 63 64
- m m
129599 m 64
-
6,447419591
6,447419591
512,
4,
4,
3,
24,
720,
10,
125,
30,
625,
280,
4,
4,
− −
q = 1 x q = 1 x
tan cos
≤ q ≤
90 0 180
p
 ≤ q ≤ p
0
2
≤ q ≤
100 0 200
r: 7,211102551
{: 33,69006753
X: 11,32623792
Y: 8,228993532
643,3325
114,3
μ
37: eV (J)
(J T –1 )
B
μ
38: t
(K)
(J T –1 )
e
μ
39: AU
(J T ) (m)
–1
N
μ
40: pc (m)
(J T –1 )
p
μ
41: M(
12 C) (kg mol –1 )
(J T –1 )
n
μ 42: h -
(J T ) (J s)
–1
μ
(m) 43: E (J)
h
c
44: G
; (m) (s)
c p
0
) 45: α
(W m –2 K –4 –1
m m
; L (mol )
–1 46: /
A
p e
) 47: M
(m 3 mol –1 (kg mol –1 )
m u
) 48: λc; n
(J mol –1 K –1 (m)
c
(C mol )
–1 49: (W m 2 )
1
c
(Ω) 50: (m K)
K
2
m
51: Z
(C kg –1 ) (Ω)
e
0
m
52: atm (Pa)
(m2 s –1 )
e
γ
(s –1 T –1 )
p
(Hz V –1 )
J
→ →
lb 31: cal J
IT
→ →
°C 32: J cal
IT
→ °F 33: hp → W
→ →
L 34: W hp
→ →
gal (US) 35: ps W
→ L 36: W → ps
→ →
gal (UK) 37: kgf/cm 2 Pa
→ →
mL 38: Pa kgf/cm 2
→ fl oz(US) 39: atm → Pa
→ →
mL 40: Pa atm
→ →
fl oz(UK) 41: mmHg Pa
→ J 42: Pa → mmHg
th
→ →
cal 43: kgf·m N·m
th
→ →
J 44: N·m kgf·m
15
→ cal
15